/usr/share/vala-0.30/vapi/glib-2.0.vapi is in valac-0.30-vapi 0.30.1-1.
This file is owned by root:root, with mode 0o644.
The actual contents of the file can be viewed below.
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5222 5223 5224 5225 5226 5227 5228 5229 5230 5231 5232 5233 5234 5235 5236 5237 5238 5239 5240 5241 5242 5243 5244 5245 5246 5247 5248 5249 5250 5251 5252 5253 5254 5255 5256 5257 5258 5259 5260 5261 5262 5263 5264 5265 5266 5267 5268 5269 5270 5271 5272 5273 5274 5275 5276 5277 5278 5279 5280 5281 5282 5283 5284 5285 5286 5287 5288 5289 5290 5291 5292 5293 5294 5295 5296 5297 5298 5299 5300 5301 5302 5303 5304 5305 5306 5307 5308 5309 5310 5311 5312 5313 5314 5315 5316 5317 5318 5319 5320 5321 5322 5323 5324 5325 5326 5327 5328 5329 5330 5331 5332 5333 5334 5335 5336 5337 5338 5339 5340 5341 5342 5343 5344 5345 5346 | /* glib-2.0.vala
*
* Copyright (C) 2006-2014 Jürg Billeter
* Copyright (C) 2006-2008 Raffaele Sandrini
* Copyright (C) 2007 Mathias Hasselmann
*
* This library is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 2.1 of the License, or (at your option) any later version.
*
* This library is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public
* License along with this library; if not, write to the Free Software
* Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
*
* As a special exception, if you use inline functions from this file, this
* file does not by itself cause the resulting executable to be covered by
* the GNU Lesser General Public License.
*
* Author:
* Jürg Billeter <j@bitron.ch>
* Raffaele Sandrini <rasa@gmx.ch>
* Mathias Hasselmann <mathias.hasselmann@gmx.de>
*/
[SimpleType]
[GIR (name = "gboolean")]
[CCode (cname = "gboolean", cheader_filename = "glib.h", type_id = "G_TYPE_BOOLEAN", marshaller_type_name = "BOOLEAN", get_value_function = "g_value_get_boolean", set_value_function = "g_value_set_boolean", default_value = "FALSE", type_signature = "b")]
[BooleanType]
public struct bool {
public string to_string () {
if (this) {
return "true";
} else {
return "false";
}
}
public static bool parse (string str) {
if (str == "true") {
return true;
} else {
return false;
}
}
public static bool try_parse (string str, out bool result = null) {
if (str == "true") {
result = true;
return true;
} else if (str == "false") {
result = false;
return true;
} else {
result = false;
return false;
}
}
}
[SimpleType]
[GIR (name = "gint8")]
[CCode (cname = "gchar", cprefix = "g_ascii_", cheader_filename = "glib.h", type_id = "G_TYPE_CHAR", marshaller_type_name = "CHAR", get_value_function = "g_value_get_char", set_value_function = "g_value_set_char", default_value = "\'\\0\'", type_signature = "y")]
[IntegerType (rank = 2, min = 0, max = 127)]
public struct char {
[CCode (cname = "g_strdup_printf", instance_pos = -1)]
public string to_string (string format = "%c");
public bool isalnum ();
public bool isalpha ();
public bool iscntrl ();
public bool isdigit ();
public bool isgraph ();
public bool islower ();
public bool isprint ();
public bool ispunct ();
public bool isspace ();
public bool isupper ();
public bool isxdigit ();
public int digit_value ();
public int xdigit_value ();
public char tolower ();
public char toupper ();
[CCode (cname = "MIN")]
public static char min (char a, char b);
[CCode (cname = "MAX")]
public static char max (char a, char b);
[CCode (cname = "CLAMP")]
public char clamp (char low, char high);
}
[SimpleType]
[GIR (name = "guint8")]
[CCode (cname = "guchar", cheader_filename = "glib.h", type_id = "G_TYPE_UCHAR", marshaller_type_name = "UCHAR", get_value_function = "g_value_get_uchar", set_value_function = "g_value_set_uchar", default_value = "\'\\0\'", type_signature = "y")]
[IntegerType (rank = 3, min = 0, max = 255)]
public struct uchar {
[CCode (cname = "g_strdup_printf", instance_pos = -1)]
public string to_string (string format = "%hhu");
[CCode (cname = "MIN")]
public static uchar min (uchar a, uchar b);
[CCode (cname = "MAX")]
public static uchar max (uchar a, uchar b);
[CCode (cname = "CLAMP")]
public uchar clamp (uchar low, uchar high);
}
[SimpleType]
[GIR (name = "gint")]
[CCode (cname = "gint", cheader_filename = "glib.h", type_id = "G_TYPE_INT", marshaller_type_name = "INT", get_value_function = "g_value_get_int", set_value_function = "g_value_set_int", default_value = "0", type_signature = "i")]
[IntegerType (rank = 6)]
public struct int {
[CCode (cname = "G_MININT")]
public const int MIN;
[CCode (cname = "G_MAXINT")]
public const int MAX;
[CCode (cname = "g_strdup_printf", instance_pos = -1)]
public string to_string (string format = "%i");
[CCode (cname = "MIN")]
public static int min (int a, int b);
[CCode (cname = "MAX")]
public static int max (int a, int b);
[CCode (cname = "CLAMP")]
public int clamp (int low, int high);
[CCode (cname = "GINT_TO_POINTER")]
public void* to_pointer ();
[CCode (cname = "abs", cheader_filename = "stdlib.h")]
public int abs ();
[CCode (cname = "GINT_TO_BE")]
public int to_big_endian ();
[CCode (cname = "GINT_TO_LE")]
public int to_little_endian ();
[CCode (cname = "GINT_FROM_BE")]
public static int from_big_endian (int val);
[CCode (cname = "GINT_FROM_LE")]
public static int from_little_endian (int val);
[CCode (cname = "atoi", cheader_filename = "stdlib.h")]
public static int parse (string str);
}
[SimpleType]
[GIR (name = "guint")]
[CCode (cname = "guint", cheader_filename = "glib.h", type_id = "G_TYPE_UINT", marshaller_type_name = "UINT", get_value_function = "g_value_get_uint", set_value_function = "g_value_set_uint", default_value = "0U", type_signature = "u")]
[IntegerType (rank = 7)]
public struct uint {
[CCode (cname = "0")]
public const uint MIN;
[CCode (cname = "G_MAXUINT")]
public const uint MAX;
[CCode (cname = "g_strdup_printf", instance_pos = -1)]
public string to_string (string format = "%u");
[CCode (cname = "MIN")]
public static uint min (uint a, uint b);
[CCode (cname = "MAX")]
public static uint max (uint a, uint b);
[CCode (cname = "CLAMP")]
public uint clamp (uint low, uint high);
[CCode (cname = "GUINT_TO_POINTER")]
public void* to_pointer ();
[CCode (cname = "GUINT_TO_BE")]
public uint to_big_endian ();
[CCode (cname = "GUINT_TO_LE")]
public uint to_little_endian ();
[CCode (cname = "GUINT_FROM_BE")]
public static uint from_big_endian (uint val);
[CCode (cname = "GUINT_FROM_LE")]
public static uint from_little_endian (uint val);
}
[SimpleType]
[GIR (name = "gshort")]
[CCode (cname = "gshort", cheader_filename = "glib.h", has_type_id = false, default_value = "0", type_signature = "n")]
[IntegerType (rank = 4, min = -32768, max = 32767)]
public struct short {
[CCode (cname = "G_MINSHORT")]
public const short MIN;
[CCode (cname = "G_MAXSHORT")]
public const short MAX;
[CCode (cname = "g_strdup_printf", instance_pos = -1)]
public string to_string (string format = "%hi");
[CCode (cname = "MIN")]
public static short min (short a, short b);
[CCode (cname = "MAX")]
public static short max (short a, short b);
[CCode (cname = "CLAMP")]
public short clamp (short low, short high);
[CCode (cname = "abs", cheader_filename = "stdlib.h")]
public short abs ();
}
[SimpleType]
[GIR (name = "gushort")]
[CCode (cname = "gushort", cheader_filename = "glib.h", has_type_id = false, default_value = "0U", type_signature = "q")]
[IntegerType (rank = 5, min = 0, max = 65535)]
public struct ushort {
[CCode (cname = "0U")]
public const ushort MIN;
[CCode (cname = "G_MAXUSHORT")]
public const ushort MAX;
[CCode (cname = "g_strdup_printf", instance_pos = -1)]
public string to_string (string format = "%hu");
[CCode (cname = "MIN")]
public static ushort min (ushort a, ushort b);
[CCode (cname = "MAX")]
public static ushort max (ushort a, ushort b);
[CCode (cname = "CLAMP")]
public ushort clamp (ushort low, ushort high);
}
[SimpleType]
[GIR (name = "glong")]
[CCode (cname = "glong", cheader_filename = "glib.h", type_id = "G_TYPE_LONG", marshaller_type_name = "LONG", get_value_function = "g_value_get_long", set_value_function = "g_value_set_long", default_value = "0L")]
[IntegerType (rank = 8)]
public struct long {
[CCode (cname = "G_MINLONG")]
public const long MIN;
[CCode (cname = "G_MAXLONG")]
public const long MAX;
[CCode (cname = "g_strdup_printf", instance_pos = -1)]
public string to_string (string format = "%li");
[CCode (cname = "MIN")]
public static long min (long a, long b);
[CCode (cname = "MAX")]
public static long max (long a, long b);
[CCode (cname = "CLAMP")]
public long clamp (long low, long high);
[CCode (cname = "labs", cheader_filename = "stdlib.h")]
public long abs ();
[CCode (cname = "GLONG_TO_BE")]
public long to_big_endian ();
[CCode (cname = "GLONG_TO_LE")]
public long to_little_endian ();
[CCode (cname = "GLONG_FROM_BE")]
public static long from_big_endian (long val);
[CCode (cname = "GLONG_FROM_LE")]
public static long from_little_endian (long val);
[CCode (cname = "atol", cheader_filename = "stdlib.h")]
public static long parse (string str);
}
[SimpleType]
[GIR (name = "gulong")]
[CCode (cname = "gulong", cheader_filename = "glib.h", type_id = "G_TYPE_ULONG", marshaller_type_name = "ULONG", get_value_function = "g_value_get_ulong", set_value_function = "g_value_set_ulong", default_value = "0UL")]
[IntegerType (rank = 9)]
public struct ulong {
[CCode (cname = "0UL")]
public const ulong MIN;
[CCode (cname = "G_MAXULONG")]
public const ulong MAX;
[CCode (cname = "g_strdup_printf", instance_pos = -1)]
public string to_string (string format = "%lu");
[CCode (cname = "MIN")]
public static ulong min (ulong a, ulong b);
[CCode (cname = "MAX")]
public static ulong max (ulong a, ulong b);
[CCode (cname = "CLAMP")]
public ulong clamp (ulong low, ulong high);
[CCode (cname = "GULONG_TO_BE")]
public ulong to_big_endian ();
[CCode (cname = "GULONG_TO_LE")]
public ulong to_little_endian ();
[CCode (cname = "GULONG_FROM_BE")]
public static ulong from_big_endian (ulong val);
[CCode (cname = "GULONG_FROM_LE")]
public static ulong from_little_endian (ulong val);
}
[SimpleType]
[GIR (name = "gulong")]
[CCode (cname = "gsize", cheader_filename = "glib.h", type_id = "G_TYPE_ULONG", marshaller_type_name = "ULONG", get_value_function = "g_value_get_ulong", set_value_function = "g_value_set_ulong", default_value = "0UL")]
[IntegerType (rank = 9)]
public struct size_t {
[CCode (cname = "0UL")]
public const ulong MIN;
[CCode (cname = "G_MAXSIZE")]
public const ulong MAX;
[CCode (cname = "G_GSIZE_FORMAT")]
public const string FORMAT;
[CCode (cname = "G_GSIZE_MODIFIER")]
public const string FORMAT_MODIFIER;
[CCode (cname = "g_strdup_printf", instance_pos = -1)]
public string to_string (string format = "%" + FORMAT);
[CCode (cname = "GSIZE_TO_POINTER")]
public void* to_pointer ();
[CCode (cname = "MIN")]
public static size_t min (size_t a, size_t b);
[CCode (cname = "MAX")]
public static size_t max (size_t a, size_t b);
[CCode (cname = "CLAMP")]
public size_t clamp (size_t low, size_t high);
}
[SimpleType]
[GIR (name = "glong")]
[CCode (cname = "gssize", cheader_filename = "glib.h", type_id = "G_TYPE_LONG", marshaller_type_name = "LONG", get_value_function = "g_value_get_long", set_value_function = "g_value_set_long", default_value = "0L")]
[IntegerType (rank = 8)]
public struct ssize_t {
[CCode (cname = "G_MINSSIZE")]
public const long MIN;
[CCode (cname = "G_MAXSSIZE")]
public const long MAX;
[CCode (cname = "G_GSSIZE_FORMAT")]
public const string FORMAT;
[CCode (cname = "G_GSIZE_MODIFIER")]
public const string FORMAT_MODIFIER;
[CCode (cname = "g_strdup_printf", instance_pos = -1)]
public string to_string (string format = "%" + FORMAT);
[CCode (cname = "MIN")]
public static ssize_t min (ssize_t a, ssize_t b);
[CCode (cname = "MAX")]
public static ssize_t max (ssize_t a, ssize_t b);
[CCode (cname = "CLAMP")]
public ssize_t clamp (ssize_t low, ssize_t high);
}
[SimpleType]
[GIR (name = "gint8")]
[CCode (cname = "gint8", cheader_filename = "glib.h", type_id = "G_TYPE_CHAR", marshaller_type_name = "CHAR", get_value_function = "g_value_get_char", set_value_function = "g_value_set_char", default_value = "0", type_signature = "y")]
[IntegerType (rank = 1, min = -128, max = 127)]
public struct int8 {
[CCode (cname = "G_MININT8")]
public const int8 MIN;
[CCode (cname = "G_MAXINT8")]
public const int8 MAX;
[CCode (cname = "g_strdup_printf", instance_pos = -1)]
public string to_string (string format = "%hhi");
[CCode (cname = "MIN")]
public static int8 min (int8 a, int8 b);
[CCode (cname = "MAX")]
public static int8 max (int8 a, int8 b);
[CCode (cname = "CLAMP")]
public int8 clamp (int8 low, int8 high);
}
[SimpleType]
[GIR (name = "guint8")]
[CCode (cname = "guint8", cheader_filename = "glib.h", type_id = "G_TYPE_UCHAR", marshaller_type_name = "UCHAR", get_value_function = "g_value_get_uchar", set_value_function = "g_value_set_uchar", default_value = "0U", type_signature = "y")]
[IntegerType (rank = 3, min = 0, max = 255)]
public struct uint8 {
[CCode (cname = "0U")]
public const uint8 MIN;
[CCode (cname = "G_MAXUINT8")]
public const uint8 MAX;
[CCode (cname = "g_strdup_printf", instance_pos = -1)]
public string to_string (string format = "%hhu");
[CCode (cname = "MIN")]
public static uint8 min (uint8 a, uint8 b);
[CCode (cname = "MAX")]
public static uint8 max (uint8 a, uint8 b);
[CCode (cname = "CLAMP")]
public uint8 clamp (uint8 low, uint8 high);
}
[SimpleType]
[GIR (name = "gint16")]
[CCode (cname = "gint16", cheader_filename = "glib.h", default_value = "0", type_signature = "n", has_type_id = false)]
[IntegerType (rank = 4, min = -32768, max = 32767)]
public struct int16 {
[CCode (cname = "G_MININT16")]
public const int16 MIN;
[CCode (cname = "G_MAXINT16")]
public const int16 MAX;
[CCode (cname = "G_GINT16_FORMAT")]
public const string FORMAT;
[CCode (cname = "G_GINT16_MODIFIER")]
public const string FORMAT_MODIFIER;
[CCode (cname = "g_strdup_printf", instance_pos = -1)]
public string to_string (string format = "%" + FORMAT);
[CCode (cname = "MIN")]
public static int16 min (int16 a, int16 b);
[CCode (cname = "MAX")]
public static int16 max (int16 a, int16 b);
[CCode (cname = "CLAMP")]
public int16 clamp (int16 low, int16 high);
[CCode (cname = "GINT16_TO_BE")]
public int16 to_big_endian ();
[CCode (cname = "GINT16_TO_LE")]
public int16 to_little_endian ();
[CCode (cname = "GINT16_FROM_BE")]
public static int16 from_big_endian (int16 val);
[CCode (cname = "GINT16_FROM_LE")]
public static int16 from_little_endian (int16 val);
}
[SimpleType]
[GIR (name = "guint16")]
[CCode (cname = "guint16", cheader_filename = "glib.h", default_value = "0U", type_signature = "q", has_type_id = false)]
[IntegerType (rank = 5, min = 0, max = 65535)]
public struct uint16 {
[CCode (cname = "0U")]
public const uint16 MIN;
[CCode (cname = "G_MAXUINT16")]
public const uint16 MAX;
[CCode (cname = "G_GUINT16_FORMAT")]
public const string FORMAT;
[CCode (cname = "G_GINT16_MODIFIER")]
public const string FORMAT_MODIFIER;
[CCode (cname = "g_strdup_printf", instance_pos = -1)]
public string to_string (string format = "%hu");
[CCode (cname = "MIN")]
public static uint16 min (uint16 a, uint16 b);
[CCode (cname = "MAX")]
public static uint16 max (uint16 a, uint16 b);
[CCode (cname = "CLAMP")]
public uint16 clamp (uint16 low, uint16 high);
[CCode (cname = "GUINT16_TO_BE")]
public uint16 to_big_endian ();
[CCode (cname = "GUINT16_TO_LE")]
public uint16 to_little_endian ();
[CCode (cname = "GUINT16_FROM_BE")]
public static uint16 from_big_endian (uint16 val);
[CCode (cname = "GUINT16_FROM_LE")]
public static uint16 from_little_endian (uint16 val);
[CCode (cname = "g_htons")]
public static uint16 to_network (uint16 val);
[CCode (cname = "g_ntohs")]
public static uint16 from_network (uint16 val);
[CCode (cname = "GUINT16_SWAP_BE_PDP")]
public uint16 swap_big_endian_pdp ();
[CCode (cname = "GUINT16_SWAP_LE_BE")]
public uint16 swap_little_endian_big_endian ();
[CCode (cname = "GUINT16_SWAP_LE_PDP")]
public uint16 swap_little_endian_pdp ();
}
[SimpleType]
[GIR (name = "gint32")]
[CCode (cname = "gint32", cheader_filename = "glib.h", type_id = "G_TYPE_INT", marshaller_type_name = "INT", get_value_function = "g_value_get_int", set_value_function = "g_value_set_int", default_value = "0", type_signature = "i")]
[IntegerType (rank = 6)]
public struct int32 {
[CCode (cname = "G_MININT32")]
public const int32 MIN;
[CCode (cname = "G_MAXINT32")]
public const int32 MAX;
[CCode (cname = "G_GINT32_FORMAT")]
public const string FORMAT;
[CCode (cname = "G_GINT32_MODIFIER")]
public const string FORMAT_MODIFIER;
[CCode (cname = "g_strdup_printf", instance_pos = -1)]
public string to_string (string format = "%i");
[CCode (cname = "MIN")]
public static int32 min (int32 a, int32 b);
[CCode (cname = "MAX")]
public static int32 max (int32 a, int32 b);
[CCode (cname = "CLAMP")]
public int32 clamp (int32 low, int32 high);
[CCode (cname = "GINT32_TO_BE")]
public int32 to_big_endian ();
[CCode (cname = "GINT32_TO_LE")]
public int32 to_little_endian ();
[CCode (cname = "GINT32_FROM_BE")]
public static int32 from_big_endian (int32 val);
[CCode (cname = "GINT32_FROM_LE")]
public static int32 from_little_endian (int32 val);
}
[SimpleType]
[GIR (name = "guint32")]
[CCode (cname = "guint32", cheader_filename = "glib.h", type_id = "G_TYPE_UINT", marshaller_type_name = "UINT", get_value_function = "g_value_get_uint", set_value_function = "g_value_set_uint", default_value = "0U", type_signature = "u")]
[IntegerType (rank = 7)]
public struct uint32 {
[CCode (cname = "0U")]
public const uint32 MIN;
[CCode (cname = "G_MAXUINT32")]
public const uint32 MAX;
[CCode (cname = "G_GUINT32_FORMAT")]
public const string FORMAT;
[CCode (cname = "G_GINT32_MODIFIER")]
public const string FORMAT_MODIFIER;
[CCode (cname = "g_strdup_printf", instance_pos = -1)]
public string to_string (string format = "%u");
[CCode (cname = "MIN")]
public static uint32 min (uint32 a, uint32 b);
[CCode (cname = "MAX")]
public static uint32 max (uint32 a, uint32 b);
[CCode (cname = "CLAMP")]
public uint32 clamp (uint32 low, uint32 high);
[CCode (cname = "GUINT32_TO_BE")]
public uint32 to_big_endian ();
[CCode (cname = "GUINT32_TO_LE")]
public uint32 to_little_endian ();
[CCode (cname = "GUINT32_FROM_BE")]
public static uint32 from_big_endian (uint32 val);
[CCode (cname = "GUINT32_FROM_LE")]
public static uint32 from_little_endian (uint32 val);
[CCode (cname = "g_htonl")]
public static uint32 to_network (uint32 val);
[CCode (cname = "g_ntohl")]
public static uint32 from_network (uint32 val);
[CCode (cname = "GUINT32_SWAP_BE_PDP")]
public uint32 swap_big_endian_pdp ();
[CCode (cname = "GUINT32_SWAP_LE_BE")]
public uint32 swap_little_endian_big_endian ();
[CCode (cname = "GUINT32_SWAP_LE_PDP")]
public uint32 swap_little_endian_pdp ();
}
[SimpleType]
[GIR (name = "gint64")]
[CCode (cname = "gint64", cheader_filename = "glib.h", type_id = "G_TYPE_INT64", marshaller_type_name = "INT64", get_value_function = "g_value_get_int64", set_value_function = "g_value_set_int64", default_value = "0LL", type_signature = "x")]
[IntegerType (rank = 10)]
public struct int64 {
[CCode (cname = "G_MININT64")]
public const int64 MIN;
[CCode (cname = "G_MAXINT64")]
public const int64 MAX;
[CCode (cname = "G_GINT64_FORMAT")]
public const string FORMAT;
[CCode (cname = "G_GINT64_MODIFIER")]
public const string FORMAT_MODIFIER;
[CCode (cname = "g_strdup_printf", instance_pos = -1)]
public string to_string (string format = "%" + FORMAT);
[CCode (cname = "MIN")]
public static int64 min (int64 a, int64 b);
[CCode (cname = "MAX")]
public static int64 max (int64 a, int64 b);
[CCode (cname = "CLAMP")]
public int64 clamp (int64 low, int64 high);
[CCode (cname = "llabs", cheader_filename = "stdlib.h")]
public int64 abs ();
[CCode (cname = "GINT64_TO_BE")]
public int64 to_big_endian ();
[CCode (cname = "GINT64_TO_LE")]
public int64 to_little_endian ();
[CCode (cname = "GINT64_FROM_BE")]
public static int64 from_big_endian (int64 val);
[CCode (cname = "GINT64_FROM_LE")]
public static int64 from_little_endian (int64 val);
[CCode (cname = "GUINT64_SWAP_LE_BE")]
public uint64 swap_little_endian_big_endian ();
[CCode (cname = "g_ascii_strtoll")]
static int64 ascii_strtoll (string nptr, out char* endptr, uint _base);
public static int64 parse (string str) {
return ascii_strtoll (str, null, 0);
}
public static bool try_parse (string str, out int64 result = null) {
char* endptr;
result = ascii_strtoll (str, out endptr, 0);
if (endptr == (char*) str + str.length) {
return true;
} else {
return false;
}
}
}
[SimpleType]
[GIR (name = "guint64")]
[CCode (cname = "guint64", cheader_filename = "glib.h", type_id = "G_TYPE_UINT64", marshaller_type_name = "UINT64", get_value_function = "g_value_get_uint64", set_value_function = "g_value_set_uint64", default_value = "0ULL", type_signature = "t")]
[IntegerType (rank = 11)]
public struct uint64 {
[CCode (cname = "0ULL")]
public const uint64 MIN;
[CCode (cname = "G_MAXUINT64")]
public const uint64 MAX;
[CCode (cname = "G_GUINT64_FORMAT")]
public const string FORMAT;
[CCode (cname = "G_GINT64_MODIFIER")]
public const string FORMAT_MODIFIER;
[CCode (cname = "g_strdup_printf", instance_pos = -1)]
public string to_string (string format = "%" + FORMAT);
[CCode (cname = "MIN")]
public static uint64 min (uint64 a, uint64 b);
[CCode (cname = "MAX")]
public static uint64 max (uint64 a, uint64 b);
[CCode (cname = "CLAMP")]
public uint64 clamp (uint64 low, uint64 high);
[CCode (cname = "GUINT64_TO_BE")]
public uint64 to_big_endian ();
[CCode (cname = "GUINT64_TO_LE")]
public uint64 to_little_endian ();
[CCode (cname = "GUINT64_FROM_BE")]
public static uint64 from_big_endian (uint64 val);
[CCode (cname = "GUINT64_FROM_LE")]
public static uint64 from_little_endian (uint64 val);
[CCode (cname = "g_ascii_strtoull")]
static uint64 ascii_strtoull (string nptr, out char* endptr, uint _base);
public static uint64 parse (string str) {
return ascii_strtoull (str, null, 0);
}
public static bool try_parse (string str, out uint64 result = null) {
char* endptr;
result = ascii_strtoull (str, out endptr, 0);
if (endptr == (char*) str + str.length) {
return true;
} else {
return false;
}
}
}
[SimpleType]
[GIR (name = "gfloat")]
[CCode (cname = "gfloat", cheader_filename = "glib.h,float.h,math.h", type_id = "G_TYPE_FLOAT", marshaller_type_name = "FLOAT", get_value_function = "g_value_get_float", set_value_function = "g_value_set_float", default_value = "0.0F")]
[FloatingType (rank = 1)]
public struct float {
[CCode (cname = "FLT_ROUNDS")]
public const int ROUNDS;
[CCode (cname = "FLT_RADIX")]
public const int RADIX;
[CCode (cname = "FLT_MANT_DIG")]
public const int MANT_DIG;
[CCode (cname = "FLT_DIG")]
public const int DIG;
[CCode (cname = "FLT_MIN_EXP")]
public const int MIN_EXP;
[CCode (cname = "FLT_MAX_EXP")]
public const int MAX_EXP;
[CCode (cname = "FLT_MIN_10_EXP")]
public const int MIN_10_EXP;
[CCode (cname = "FLT_MAX_10_EXP")]
public const int MAX_10_EXP;
[CCode (cname = "FLT_EPSILON")]
public const float EPSILON;
[CCode (cname = "FLT_MIN")]
public const float MIN;
[CCode (cname = "FLT_MAX")]
public const float MAX;
[CCode (cname = "NAN")]
public const float NAN;
[CCode (cname = "INFINITY")]
public const float INFINITY;
[CCode (cname = "isnan")]
public bool is_nan ();
[CCode (cname = "isfinite")]
public bool is_finite ();
[CCode (cname = "isnormal")]
public bool is_normal ();
[CCode (cname = "isinf")]
public int is_infinity ();
[CCode (cname = "g_strdup_printf", instance_pos = -1)]
public string to_string (string format = "%g");
[CCode (cname = "MIN")]
public static float min (float a, float b);
[CCode (cname = "MAX")]
public static float max (float a, float b);
[CCode (cname = "CLAMP")]
public float clamp (float low, float high);
}
[SimpleType]
[GIR (name = "gdouble")]
[CCode (cname = "gdouble", cheader_filename = "glib.h,float.h,math.h", type_id = "G_TYPE_DOUBLE", marshaller_type_name = "DOUBLE", get_value_function = "g_value_get_double", set_value_function = "g_value_set_double", default_value = "0.0", type_signature = "d")]
[FloatingType (rank = 2)]
public struct double {
[CCode (cname = "DBL_MANT_DIG")]
public const int MANT_DIG;
[CCode (cname = "DBL_DIG")]
public const int DIG;
[CCode (cname = "DBL_MIN_EXP")]
public const int MIN_EXP;
[CCode (cname = "DBL_MAX_EXP")]
public const int MAX_EXP;
[CCode (cname = "DBL_MIN_10_EXP")]
public const int MIN_10_EXP;
[CCode (cname = "DBL_MAX_10_EXP")]
public const int MAX_10_EXP;
[CCode (cname = "DBL_EPSILON")]
public const double EPSILON;
[CCode (cname = "DBL_MIN")]
public const double MIN;
[CCode (cname = "DBL_MAX")]
public const double MAX;
[CCode (cname = "((double) NAN)")]
public const double NAN;
[CCode (cname = "((double) INFINITY)")]
public const double INFINITY;
[CCode (cname = "isnan")]
public bool is_nan ();
[CCode (cname = "isfinite")]
public bool is_finite ();
[CCode (cname = "isnormal")]
public bool is_normal ();
[CCode (cname = "isinf")]
public int is_infinity ();
[CCode (cname = "MIN")]
public static double min (double a, double b);
[CCode (cname = "MAX")]
public static double max (double a, double b);
[CCode (cname = "CLAMP")]
public double clamp (double low, double high);
[CCode (cname = "G_ASCII_DTOSTR_BUF_SIZE")]
public const int DTOSTR_BUF_SIZE;
[CCode (cname = "g_ascii_dtostr", instance_pos = -1)]
public unowned string to_str (char[] buffer);
[CCode (cname = "g_ascii_formatd", instance_pos = -1)]
public unowned string format (char[] buffer, string format = "%g");
public string to_string () {
return this.to_str(new char[DTOSTR_BUF_SIZE]);
}
[CCode (cname = "g_ascii_strtod")]
static double ascii_strtod (string nptr, out char* endptr);
public static double parse (string str) {
return ascii_strtod (str, null);
}
public static bool try_parse (string str, out double result = null) {
char* endptr;
result = ascii_strtod (str, out endptr);
if (endptr == (char*) str + str.length) {
return true;
} else {
return false;
}
}
}
[GIR (name = "glong")]
[CCode (cheader_filename = "time.h", has_type_id = false, default_value = "0")]
[IntegerType (rank = 8)]
public struct time_t {
[CCode (cname = "time")]
public time_t (out time_t result = null);
}
[SimpleType]
[CCode (cheader_filename="stdarg.h", cprefix="va_", has_type_id = false, destroy_function = "va_end", lvalue_access = false)]
public struct va_list {
[CCode (cname = "va_start")]
public va_list ();
[CCode (cname = "va_copy")]
public va_list.copy (va_list src);
[CCode (generic_type_pos = 1.1)]
public unowned G arg<G> ();
}
[SimpleType]
[GIR (name = "gunichar")]
[CCode (cname = "gunichar", cprefix = "g_unichar_", cheader_filename = "glib.h", type_id = "G_TYPE_UINT", marshaller_type_name = "UINT", get_value_function = "g_value_get_uint", set_value_function = "g_value_set_uint", default_value = "0U", type_signature = "u")]
[IntegerType (rank = 7)]
public struct unichar {
public bool validate ();
public bool isalnum ();
public bool isalpha ();
public bool iscntrl ();
public bool isdigit ();
public bool isgraph ();
public bool islower ();
public bool ismark ();
public bool isprint ();
public bool ispunct ();
public bool isspace ();
public bool isupper ();
public bool isxdigit ();
public bool istitle ();
public bool isdefined ();
public bool iswide ();
public bool iswide_cjk ();
public bool iszerowidth ();
public unichar toupper ();
public unichar tolower ();
public unichar totitle ();
public int digit_value ();
public int xdigit_value ();
public GLib.UnicodeType type ();
public GLib.UnicodeBreakType break_type ();
public GLib.UnicodeScript get_script();
public int to_utf8 (string? outbuf);
public string? to_string () {
string str = (string) new char[7];
this.to_utf8 (str);
return str;
}
public bool compose (unichar b, out unichar ch);
public bool decompose (out unichar a, out unichar b);
public size_t fully_decompose (bool compat, unichar[] result);
[CCode (cname = "MIN")]
public static unichar min (unichar a, unichar b);
[CCode (cname = "MAX")]
public static unichar max (unichar a, unichar b);
[CCode (cname = "CLAMP")]
public unichar clamp (unichar low, unichar high);
[CCode (cname = "G_UNICHAR_MAX_DECOMPOSITION_LENGTH")]
public const int MAX_DECOMPOSITION_LENGTH;
}
[Compact]
[Immutable]
[GIR (name = "utf8")]
[CCode (cname = "gchar", const_cname = "const gchar", copy_function = "g_strdup", free_function = "g_free", cheader_filename = "stdlib.h,string.h,glib.h", type_id = "G_TYPE_STRING", marshaller_type_name = "STRING", param_spec_function = "g_param_spec_string", get_value_function = "g_value_get_string", set_value_function = "g_value_set_string", take_value_function = "g_value_take_string", type_signature = "s")]
public class string {
[Deprecated (replacement = "string.index_of")]
[CCode (cname = "strstr")]
public unowned string? str (string needle);
[Deprecated (replacement = "string.last_index_of")]
[CCode (cname = "g_strrstr")]
public unowned string? rstr (string needle);
[CCode (cname = "g_strrstr_len")]
public unowned string? rstr_len (ssize_t haystack_len, string needle);
[CCode (cname = "strstr")]
static char* strstr (char* haystack, char* needle);
[CCode (cname = "g_strrstr")]
static char* strrstr (char* haystack, char* needle);
[CCode (cname = "g_utf8_strchr")]
static char* utf8_strchr (char* str, ssize_t len, unichar c);
[CCode (cname = "g_utf8_strrchr")]
static char* utf8_strrchr (char* str, ssize_t len, unichar c);
public int index_of (string needle, int start_index = 0) {
char* result = strstr ((char*) this + start_index, (char*) needle);
if (result != null) {
return (int) (result - (char*) this);
} else {
return -1;
}
}
public int last_index_of (string needle, int start_index = 0) {
char* result = strrstr ((char*) this + start_index, (char*) needle);
if (result != null) {
return (int) (result - (char*) this);
} else {
return -1;
}
}
public int index_of_char (unichar c, int start_index = 0) {
char* result = utf8_strchr ((char*) this + start_index, -1, c);
if (result != null) {
return (int) (result - (char*) this);
} else {
return -1;
}
}
public int last_index_of_char (unichar c, int start_index = 0) {
char* result = utf8_strrchr ((char*) this + start_index, -1, c);
if (result != null) {
return (int) (result - (char*) this);
} else {
return -1;
}
}
[CCode (cname = "g_str_has_prefix")]
public bool has_prefix (string prefix);
[CCode (cname = "g_str_has_suffix")]
public bool has_suffix (string suffix);
[CCode (cname = "g_strdup_printf"), PrintfFormat]
public string printf (...);
[CCode (cname = "g_strdup_vprintf")]
public string vprintf (va_list args);
[CCode (cname = "sscanf", cheader_filename = "stdio.h"), ScanfFormat]
public int scanf (...);
[CCode (cname = "g_strconcat")]
public string concat (string string2, ...);
[CCode (cname = "g_strescape")]
public string escape (string exceptions);
[CCode (cname = "g_strcompress")]
public string compress ();
[CCode (cname = "g_strsplit", array_length = false, array_null_terminated = true)]
public string[] split (string delimiter, int max_tokens = 0);
[CCode (cname = "g_strsplit_set", array_length = false, array_null_terminated = true)]
public string[] split_set (string delimiters, int max_tokens = 0);
[CCode (cname = "g_stpcpy")]
private static void* copy_to_buffer (void* dest, string src);
[CCode (cname = "_vala_g_strjoinv")]
public static string joinv (string? separator, string?[]? str_array) {
if (separator == null) {
separator = "";
}
if (str_array != null || str_array.length > 0 || (str_array.length == -1 && str_array[0] != null)) {
int i;
size_t len = 1;
for (i = 0 ; (str_array.length != -1 && i < str_array.length) || (str_array.length == -1 && str_array[i] != null) ; i++) {
len += (str_array[i] != null) ? ((!) str_array[i]).length : 0;
}
if (i == 0) {
return "";
}
str_array.length = i;
len += ((!) separator).length * (i - 1);
string* res = GLib.malloc (len);
void* ptr = string.copy_to_buffer ((void*) res, (!) str_array[0]);
for (i = 1 ; i < str_array.length ; i++) {
ptr = string.copy_to_buffer (ptr, (!) separator);
ptr = string.copy_to_buffer (ptr, (str_array[i] != null) ? ((!) str_array[i]) : "");
}
return (owned) res;
} else {
return "";
}
}
[CCode (cname = "g_strjoin")]
public static string join (string separator, ...);
[CCode (cname = "g_strnfill")]
public static string nfill (size_t length, char fill_char);
public char get (long index) {
return ((char*) this)[index];
}
// checks whether valid string character starts at specified index
// embedded NULs are not supported by the string class
public bool valid_char (int index) {
uint8 c = ((uint8*) this)[index];
if (c == 0x00 || (c >= 0x80 && c < 0xc2) || c >= 0xf5) {
return false;
} else {
return true;
}
}
[CCode (cname = "g_utf8_next_char")]
public unowned string next_char ();
[CCode (cname = "g_utf8_next_char")]
static char* utf8_next_char (char* str);
public bool get_next_char (ref int index, out unichar c) {
c = utf8_get_char ((char*) this + index);
if (c != 0) {
index = (int) (utf8_next_char ((char*) this + index) - (char*) this);
return true;
} else {
return false;
}
}
[CCode (cname = "g_utf8_get_char")]
static unichar utf8_get_char (char* str);
public unichar get_char (long index = 0) {
return utf8_get_char ((char*) this + index);
}
[CCode (cname = "g_utf8_get_char_validated")]
public unichar get_char_validated (ssize_t max_len = -1);
[Deprecated (replacement = "string.index_of_nth_char")]
[CCode (cname = "g_utf8_offset_to_pointer")]
public unowned string utf8_offset (long offset);
public unowned string offset (long offset) {
return (string) ((char*) this + offset);
}
[Deprecated (replacement = "string.char_count")]
public long pointer_to_offset (string pos) {
return (long) ((char*) pos - (char*) this);
}
[CCode (cname = "g_utf8_offset_to_pointer")]
char* utf8_offset_to_pointer (long offset);
public int index_of_nth_char (long c) {
return (int) (this.utf8_offset_to_pointer (c) - (char*) this);
}
[CCode (cname = "g_utf8_prev_char")]
public unowned string prev_char ();
[CCode (cname = "g_utf8_prev_char")]
static char* utf8_prev_char (char* str);
public bool get_prev_char (ref int index, out unichar c) {
if (0 < index) {
index = (int) (utf8_prev_char ((char*) this + index) - (char*) this);
c = utf8_get_char ((char*) this + index);
return true;
} else {
c = 0;
return false;
}
}
[Deprecated (replacement = "string.length")]
[CCode (cname = "strlen")]
public long len ();
[Deprecated (replacement = "string.index_of_char")]
[CCode (cname = "g_utf8_strchr")]
public unowned string chr (ssize_t len, unichar c);
[Deprecated (replacement = "string.last_index_of_char")]
[CCode (cname = "g_utf8_strrchr")]
public unowned string rchr (ssize_t len, unichar c);
[CCode (cname = "g_utf8_strreverse")]
public string reverse (ssize_t len = -1);
[CCode (cname = "g_utf8_validate")]
public bool validate (ssize_t max_len = -1, out char* end = null);
[CCode (cname = "g_utf8_normalize")]
public string normalize (ssize_t len = -1, GLib.NormalizeMode mode = GLib.NormalizeMode.DEFAULT);
[CCode (cname = "g_utf8_strup")]
public string up (ssize_t len = -1);
[CCode (cname = "g_utf8_strdown")]
public string down (ssize_t len = -1);
[CCode (cname = "g_utf8_casefold")]
public string casefold (ssize_t len = -1);
[CCode (cname = "g_utf8_collate")]
public int collate (string str2);
[CCode (cname = "g_utf8_collate_key")]
public string collate_key (ssize_t len = -1);
[CCode (cname = "g_utf8_collate_key_for_filename")]
public string collate_key_for_filename (ssize_t len = -1);
[CCode (cname = "g_locale_to_utf8")]
public string locale_to_utf8 (ssize_t len, out size_t bytes_read, out size_t bytes_written, out GLib.Error error = null);
[CCode (cname = "g_strchomp")]
public unowned string _chomp();
public string chomp () {
string result = this.dup ();
result._chomp ();
return result;
}
[CCode (cname = "g_strchug")]
public unowned string _chug();
public string chug () {
string result = this.dup ();
result._chug ();
return result;
}
[CCode (cname = "g_strstrip")]
public unowned string _strip ();
public string strip () {
string result = this.dup ();
result._strip ();
return result;
}
[CCode (cname = "g_strdelimit")]
public unowned string _delimit (string delimiters, char new_delimiter);
public string delimit (string delimiters, char new_delimiter) {
string result = this.dup ();
result._delimit (delimiters, new_delimiter);
return result;
}
[CCode (cname = "g_str_hash")]
public uint hash ();
[CCode (cname = "g_str_is_ascii")]
public bool is_ascii ();
[CCode (instance_pos = "1.5", cname = "g_str_match_string")]
public bool match_string (string search_term, bool accept_alternates);
[Deprecated (replacement = "int.parse")]
[CCode (cname = "atoi")]
public int to_int ();
[Deprecated (replacement = "long.parse")]
[CCode (cname = "strtol")]
public long to_long (out unowned string endptr = null, int _base = 0);
[Deprecated (replacement = "double.parse")]
[CCode (cname = "g_ascii_strtod")]
public double to_double (out unowned string endptr = null);
[Deprecated (replacement = "uint64.parse")]
[CCode (cname = "strtoul")]
public ulong to_ulong (out unowned string endptr = null, int _base = 0);
[Deprecated (replacement = "int64.parse")]
[CCode (cname = "g_ascii_strtoll")]
public int64 to_int64 (out unowned string endptr = null, int _base = 0);
[Deprecated (replacement = "uint64.parse")]
[CCode (cname = "g_ascii_strtoull")]
public uint64 to_uint64 (out unowned string endptr = null, int _base = 0);
[CCode (cname = "g_str_tokenize_and_fold", array_length = false, array_null_terminated = true)]
public string[] tokenize_and_fold (string transit_locale, [CCode (array_length = false, array_null_terminated = true)] out string[] ascii_alternates);
[Deprecated (replacement = "bool.parse")]
public bool to_bool () {
if (this == "true") {
return true;
} else {
return false;
}
}
[Deprecated (replacement = "string.length")]
[CCode (cname = "strlen")]
public size_t size ();
[CCode (cname = "g_ascii_strcasecmp")]
public int ascii_casecmp (string s2);
[CCode (cname = "g_ascii_strncasecmp")]
public int ascii_ncasecmp (string s2, size_t n);
[CCode (cname = "g_ascii_strup")]
public string ascii_up (ssize_t len = -1);
[CCode (cname = "g_ascii_strdown")]
public string ascii_down (ssize_t len = -1);
[CCode (cname = "g_utf8_skip")]
public static char[] skip;
/* modifies string in place */
[CCode (cname = "g_strcanon")]
public void canon (string valid_chars, char substitutor);
[CCode (cname = "g_strdup")]
public string dup ();
[Deprecated (replacement = "string.substring")]
[CCode (cname = "g_strndup")]
public string ndup (size_t n);
[CCode (cname = "memchr")]
static char* memchr (char* s, int c, size_t n);
// strnlen is not available on all systems
static long strnlen (char* str, long maxlen) {
char* end = memchr (str, 0, maxlen);
if (end == null) {
return maxlen;
} else {
return (long) (end - str);
}
}
[CCode (cname = "g_strndup")]
static string strndup (char* str, size_t n);
public string substring (long offset, long len = -1) {
long string_length;
if (offset >= 0 && len >= 0) {
// avoid scanning whole string
string_length = strnlen ((char*) this, offset + len);
} else {
string_length = this.length;
}
if (offset < 0) {
offset = string_length + offset;
GLib.return_val_if_fail (offset >= 0, null);
} else {
GLib.return_val_if_fail (offset <= string_length, null);
}
if (len < 0) {
len = string_length - offset;
}
GLib.return_val_if_fail (offset + len <= string_length, null);
return strndup ((char*) this + offset, len);
}
public string slice (long start, long end) {
long string_length = this.length;
if (start < 0) {
start = string_length + start;
}
if (end < 0) {
end = string_length + end;
}
GLib.return_val_if_fail (start >= 0 && start <= string_length, null);
GLib.return_val_if_fail (end >= 0 && end <= string_length, null);
GLib.return_val_if_fail (start <= end, null);
return strndup ((char*) this + start, end - start);
}
public string splice (long start, long end, string? str = null) {
long string_length = this.length;
if (start < 0) {
start = string_length + start;
}
if (end < 0) {
end = string_length + end;
}
GLib.return_val_if_fail (start >= 0 && start <= string_length, null);
GLib.return_val_if_fail (end >= 0 && end <= string_length, null);
GLib.return_val_if_fail (start <= end, null);
size_t str_size;
if (str == null) {
str_size = 0;
} else {
str_size = ((!)(str)).length;
}
string* result = GLib.malloc0 (this.length - (end - start) + str_size + 1);
char* dest = (char*) result;
GLib.Memory.copy (dest, this, start);
dest += start;
GLib.Memory.copy (dest, str, str_size);
dest += str_size;
GLib.Memory.copy (dest, (char*) this + end, string_length - end);
return (owned) result;
}
public bool contains (string needle) {
return strstr ((char*) this, (char*) needle) != null;
}
public string replace (string old, string replacement) {
try {
var regex = new GLib.Regex (GLib.Regex.escape_string (old));
return regex.replace_literal (this, -1, 0, replacement);
} catch (GLib.RegexError e) {
GLib.assert_not_reached ();
}
}
[CCode (cname = "g_utf8_strlen")]
public int char_count (ssize_t max = -1);
public int length {
[CCode (cname = "strlen")]
get;
}
public uint8[] data {
get {
unowned uint8[] res = (uint8[]) this;
res.length = (int) this.length;
return res;
}
}
public char[] to_utf8 () {
char[] result = new char[this.length + 1];
result.length--;
GLib.Memory.copy (result, this, this.length);
return result;
}
public unowned string to_string () {
return this;
}
}
[CCode (cprefix = "G", lower_case_cprefix = "g_", cheader_filename = "glib.h", gir_namespace = "GLib", gir_version = "2.0")]
namespace GLib {
[CCode (lower_case_cprefix = "", cheader_filename = "math.h")]
namespace Math {
[CCode (cname = "G_E")]
public const double E;
[CCode (cname = "G_PI")]
public const double PI;
[CCode (cname = "G_LN2")]
public const double LN2;
[CCode (cname = "G_LN10")]
public const double LN10;
[CCode (cname = "G_PI_2")]
public const double PI_2;
[CCode (cname = "G_PI_4")]
public const double PI_4;
[CCode (cname = "G_SQRT2")]
public const double SQRT2;
[CCode (cname = "G_LOG_2_BASE_10")]
public const double LOG_2_BASE_10;
/* generated from <bits/mathcalls.h> of glibc */
public static double acos (double x);
public static float acosf (float x);
public static double asin (double x);
public static float asinf (float x);
public static double atan (double x);
public static float atanf (float x);
public static double atan2 (double y, double x);
public static float atan2f (float y, float x);
public static double cos (double x);
public static float cosf (float x);
public static double sin (double x);
public static float sinf (float x);
public static double tan (double x);
public static float tanf (float x);
public static double cosh (double x);
public static float coshf (float x);
public static double sinh (double x);
public static float sinhf (float x);
public static double tanh (double x);
public static float tanhf (float x);
public static void sincos (double x, out double sinx, out double cosx);
public static void sincosf (float x, out float sinx, out float cosx);
public static double acosh (double x);
public static float acoshf (float x);
public static double asinh (double x);
public static float asinhf (float x);
public static double atanh (double x);
public static float atanhf (float x);
public static double exp (double x);
public static float expf (float x);
public static double frexp (double x, out int exponent);
public static float frexpf (float x, out int exponent);
public static double ldexp (double x, int exponent);
public static float ldexpf (float x, int exponent);
public static double log (double x);
public static float logf (float x);
public static double log10 (double x);
public static float log10f (float x);
public static double modf (double x, out double iptr);
public static float modff (float x, out float iptr);
public static double exp10 (double x);
public static float exp10f (float x);
public static double pow10 (double x);
public static float pow10f (float x);
public static double expm1 (double x);
public static float expm1f (float x);
public static double log1p (double x);
public static float log1pf (float x);
public static double logb (double x);
public static float logbf (float x);
public static double exp2 (double x);
public static float exp2f (float x);
public static double log2 (double x);
public static float log2f (float x);
public static double pow (double x, double y);
public static float powf (float x, float y);
public static double sqrt (double x);
public static float sqrtf (float x);
public static double hypot (double x, double y);
public static float hypotf (float x, float y);
public static double cbrt (double x);
public static float cbrtf (float x);
public static double ceil (double x);
public static float ceilf (float x);
public static double fabs (double x);
public static float fabsf (float x);
public static double floor (double x);
public static float floorf (float x);
public static double fmod (double x, double y);
public static float fmodf (float x, float y);
public static int isinf (double value);
public static int isinff (float value);
public static int finite (double value);
public static int finitef (float value);
public static double drem (double x, double y);
public static float dremf (float x, float y);
public static double significand (double x);
public static float significandf (float x);
public static double copysign (double x, double y);
public static float copysignf (float x, float y);
public static double nan (string tagb);
public static float nanf (string tagb);
public static int isnan (double value);
public static int isnanf (float value);
public static double j0 (double x0);
public static float j0f (float x0);
public static double j1 (double x0);
public static float j1f (float x0);
public static double jn (int x0, double x1);
public static float jnf (int x0, float x1);
public static double y0 (double x0);
public static float y0f (float x0);
public static double y1 (double x0);
public static float y1f (float x0);
public static double yn (int x0, double x1);
public static float ynf (int x0, float x1);
public static double erf (double x0);
public static float erff (float x0);
public static double erfc (double x0);
public static float erfcf (float x0);
public static double lgamma (double x0);
public static float lgammaf (float x0);
public static double tgamma (double x0);
public static float tgammaf (float x0);
public static double gamma (double x0);
public static float gammaf (float x0);
public static double lgamma_r (double x0, out int signgamp);
public static float lgamma_rf (float x0, out int signgamp);
public static double rint (double x);
public static float rintf (float x);
public static double nextafter (double x, double y);
public static float nextafterf (float x, float y);
public static double nexttoward (double x, double y);
public static float nexttowardf (float x, double y);
public static double remainder (double x, double y);
public static float remainderf (float x, float y);
public static double scalbn (double x, int n);
public static float scalbnf (float x, int n);
public static int ilogb (double x);
public static int ilogbf (float x);
public static double scalbln (double x, long n);
public static float scalblnf (float x, long n);
public static double nearbyint (double x);
public static float nearbyintf (float x);
public static double round (double x);
public static float roundf (float x);
public static double trunc (double x);
public static float truncf (float x);
public static double remquo (double x, double y, out int quo);
public static float remquof (float x, float y, out int quo);
public static long lrint (double x);
public static long lrintf (float x);
public static int64 llrint (double x);
public static int64 llrintf (float x);
public static long lround (double x);
public static long lroundf (float x);
public static int64 llround (double x);
public static int64 llroundf (float x);
public static double fdim (double x, double y);
public static float fdimf (float x, float y);
public static double fmax (double x, double y);
public static float fmaxf (float x, float y);
public static double fmin (double x, double y);
public static float fminf (float x, float y);
public static double fma (double x, double y, double z);
public static float fmaf (float x, float y, float z);
public static double scalb (double x, double n);
public static float scalbf (float x, float n);
}
/* Byte order */
[CCode (cprefix = "G_", cname = "int", has_type_id = false)]
public enum ByteOrder {
[CCode (cname = "G_BYTE_ORDER")]
HOST,
LITTLE_ENDIAN,
BIG_ENDIAN,
PDP_ENDIAN
}
public const ByteOrder BYTE_ORDER;
/* Atomic Operations */
namespace AtomicInt {
public static int get ([CCode (type = "volatile gint *")] ref int atomic);
public static void set ([CCode (type = "volatile gint *")] ref int atomic, int newval);
#if GLIB_2_30
public static int add ([CCode (type = "volatile gint *")] ref int atomic, int val);
#else
public static void add ([CCode (type = "volatile gint *")] ref int atomic, int val);
#endif
[Deprecated (since = "2.30", replacement = "add")]
public static int exchange_and_add ([CCode (type = "volatile gint *")] ref int atomic, int val);
public static bool compare_and_exchange ([CCode (type = "volatile gint *")] ref int atomic, int oldval, int newval);
public static void inc ([CCode (type = "volatile gint *")] ref int atomic);
public static bool dec_and_test ([CCode (type = "volatile gint *")] ref int atomic);
}
namespace AtomicPointer {
public static void* get ([CCode (type = "volatile gpointer *")] void** atomic);
public static void set ([CCode (type = "volatile gpointer *")] void** atomic, void* newval);
public static bool compare_and_exchange ([CCode (type = "volatile gpointer *")] void** atomic, void* oldval, void* newval);
}
/* The Main Event Loop */
[Compact]
[CCode (ref_function = "g_main_loop_ref", unref_function = "g_main_loop_unref")]
public class MainLoop {
public MainLoop (MainContext? context = null, bool is_running = false);
public void run ();
public void quit ();
public bool is_running ();
public unowned MainContext get_context ();
}
namespace Priority {
public const int HIGH;
public const int DEFAULT;
public const int HIGH_IDLE;
public const int DEFAULT_IDLE;
public const int LOW;
}
[Compact]
[CCode (ref_function = "g_main_context_ref", unref_function = "g_main_context_unref")]
public class MainContext {
public MainContext ();
public static unowned MainContext @default ();
public bool iteration (bool may_block);
public bool pending ();
public unowned Source find_source_by_id (uint source_id);
public unowned Source find_source_by_user_data (void* user_data);
public unowned Source find_source_by_funcs_user_data (SourceFuncs funcs, void* user_data);
public void wakeup ();
public bool acquire ();
public void release ();
public bool is_owner ();
public bool wait (Cond cond, Mutex mutex);
public bool prepare (out int priority);
public int query (int max_priority, out int timeout_, PollFD[] fds);
[CCode (array_length = false)]
public int check (int max_priority, PollFD[] fds, int n_fds);
public void dispatch ();
public void set_poll_func (PollFunc func);
public PollFunc get_poll_func ();
public void add_poll (ref PollFD fd, int priority);
public void remove_poll (ref PollFD fd);
public int depth ();
[CCode (cname = "g_main_current_source")]
public static unowned Source current_source ();
public static unowned MainContext? get_thread_default ();
public static MainContext ref_thread_default ();
public void push_thread_default ();
public void pop_thread_default ();
[CCode (cname = "g_main_context_invoke_full")]
public void invoke (owned SourceFunc function, [CCode (pos = 0.1)] int priority = Priority.DEFAULT);
public void invoke_full (int priority, owned SourceFunc function);
}
[CCode (has_target = false)]
public delegate int PollFunc (PollFD[] ufds, int timeout_);
[CCode (cname = "GSource")]
public class TimeoutSource : Source {
public TimeoutSource (uint interval);
public TimeoutSource.seconds (uint interval);
}
namespace Timeout {
[CCode (cname = "g_timeout_add_full")]
public static uint add (uint interval, owned SourceFunc function, [CCode (pos = 0.1)] int priority = Priority.DEFAULT);
public static uint add_full (int priority, uint interval, owned SourceFunc function);
[CCode (cname = "g_timeout_add_seconds_full")]
public static uint add_seconds (uint interval, owned SourceFunc function, [CCode (pos = 0.1)] int priority = Priority.DEFAULT);
public static uint add_seconds_full (int priority, uint interval, owned SourceFunc function);
}
[CCode (cname = "GSource")]
public class IdleSource : Source {
public IdleSource ();
}
namespace Idle {
[CCode (cname = "g_idle_add_full")]
public static uint add (owned SourceFunc function, [CCode (pos = 0.1)] int priority = Priority.DEFAULT_IDLE);
public static uint add_full (int priority, owned SourceFunc function);
public static bool remove_by_data (void* data);
}
[CCode (type_id = "G_TYPE_INT", marshaller_type_name = "INT", get_value_function = "g_value_get_int", set_value_function = "g_value_set_int", default_value = "0")]
[IntegerType (rank = 6)]
public struct Pid : int {
}
public delegate void ChildWatchFunc (Pid pid, int status);
[CCode (cname = "GSource")]
public class ChildWatchSource : Source {
public ChildWatchSource (Pid pid);
}
namespace ChildWatch {
[CCode (cname = "g_child_watch_add_full")]
public static uint add (Pid pid, owned ChildWatchFunc function, [CCode (pos = 0.1)] int priority = Priority.DEFAULT_IDLE);
public static uint add_full (int priority, Pid pid, owned ChildWatchFunc function);
}
public struct PollFD {
public int fd;
public IOCondition events;
public IOCondition revents;
}
[Compact]
[CCode (ref_function = "g_source_ref", unref_function = "g_source_unref")]
public abstract class Source {
protected Source ();
public void set_funcs (SourceFuncs funcs);
public uint attach (MainContext? context);
public void destroy ();
public bool is_destroyed ();
public void set_priority (int priority);
public int get_priority ();
public void set_can_recurse (bool can_recurse);
public bool get_can_recurse ();
public uint get_id ();
public unowned string? get_name ();
public void set_name (string? name);
public static void set_name_by_id (uint tag, string? name);
public unowned MainContext get_context ();
public void set_callback (owned SourceFunc func);
public void set_callback_indirect (void* callback_data, SourceCallbackFuncs callback_funcs);
public void* add_unix_fd (int fd, IOCondition events);
public void remove_unix_fd (void* tag);
public void modify_unix_fd (void* tag, IOCondition new_events);
public IOCondition query_unix_fd (void* tag);
public void add_poll (ref PollFD fd);
public void remove_poll (ref PollFD fd);
public void add_child_source (Source child_source);
public void remove_child_source (Source child_source);
public int64 get_time ();
[Deprecated (since = "2.28", replacement = "get_time")]
public void get_current_time (out TimeVal timeval);
public void set_ready_time (int64 ready_time);
public int64 get_ready_time ();
public static bool remove (uint id);
public static bool remove_by_funcs_user_data (void* user_data);
public static bool remove_by_user_data (void* user_data);
#if GLIB_2_32
[CCode (cname = "G_SOURCE_CONTINUE")]
public static const bool CONTINUE;
[CCode (cname = "G_SOURCE_REMOVE")]
public static const bool REMOVE;
#endif
protected abstract bool prepare (out int timeout_);
protected abstract bool check ();
protected abstract bool dispatch (SourceFunc _callback);
}
[CCode (has_target = false)]
public delegate void SourceDummyMarshal ();
[CCode (has_target = false)]
public delegate bool SourcePrepareFunc (Source source, out int timeout_);
[CCode (has_target = false)]
public delegate bool SourceCheckFunc (Source source);
[CCode (has_target = false)]
public delegate bool SourceDispatchFunc (Source source, SourceFunc _callback);
[CCode (has_target = false)]
public delegate void SourceFinalizeFunc (Source source);
public struct SourceFuncs {
public SourcePrepareFunc prepare;
public SourceCheckFunc check;
public SourceDispatchFunc dispatch;
public SourceFinalizeFunc finalize;
}
[CCode (has_target = false)]
public delegate void SourceCallbackRefFunc (void* cb_data);
[CCode (has_target = false)]
public delegate void SourceCallbackUnrefFunc (void* cb_data);
[CCode (has_target = false)]
public delegate void SourceCallbackGetFunc (void* cb_data, Source source, SourceFunc func);
[Compact]
public class SourceCallbackFuncs {
public SourceCallbackRefFunc @ref;
public SourceCallbackUnrefFunc unref;
public SourceCallbackGetFunc @get;
}
public delegate bool SourceFunc ();
public errordomain ThreadError {
AGAIN
}
/* Thread support */
[CCode (scope = "async")]
public delegate G ThreadFunc<G> ();
public delegate void Func<G> (G data);
public uint get_num_processors ();
[CCode (has_type_id = false)]
public enum ThreadPriority {
LOW,
NORMAL,
HIGH,
URGENT
}
[Compact]
#if GLIB_2_32
[CCode (ref_function = "g_thread_ref", unref_function = "g_thread_unref")]
#endif
public class Thread<T> {
#if GLIB_2_32
public Thread (string? name, owned ThreadFunc<T> func);
[CCode (cname = "g_thread_try_new")]
public Thread.try (string? name, owned ThreadFunc<T> func) throws GLib.Error;
#endif
public static bool supported ();
[Deprecated (since = "2.32", replacement = "new Thread<T> ()")]
[CCode (simple_generics = true)]
public static unowned Thread<T> create<T> (owned ThreadFunc<T> func, bool joinable) throws ThreadError;
[Deprecated (since = "2.32", replacement = "new Thread<T> ()")]
[CCode (simple_generics = true)]
public static unowned Thread<T> create_full<T> (owned ThreadFunc<T> func, ulong stack_size, bool joinable, bool bound, ThreadPriority priority) throws ThreadError;
[CCode (simple_generics = true)]
public static unowned Thread<T> self<T> ();
[DestroysInstance]
public T join ();
[Deprecated (since = "2.32")]
public void set_priority (ThreadPriority priority);
public static void yield ();
public static void exit (T retval);
[Deprecated (since = "2.32")]
public static void @foreach (Func<Thread> thread_func);
[CCode (cname = "g_usleep")]
public static void usleep (ulong microseconds);
}
#if GLIB_2_32
[CCode (destroy_function = "g_mutex_clear", lvalue_access = false)]
public struct Mutex {
#else
[Compact]
[CCode (free_function = "g_mutex_free")]
[Deprecated (since = "glib-2.32", replacement = "Mutex (with --target-glib=2.32)")]
public class Mutex {
#endif
public Mutex ();
public void @lock ();
public bool trylock ();
public void unlock ();
}
[CCode (destroy_function = "g_rec_mutex_clear")]
public struct RecMutex {
public RecMutex ();
public void lock ();
public bool trylock ();
public void unlock ();
}
[CCode (destroy_function = "g_rw_lock_clear")]
public struct RWLock {
public RWLock ();
public void writer_lock ();
public bool writer_trylock ();
public void writer_unlock ();
public void reader_lock ();
public bool reader_trylock ();
public void reader_unlock ();
}
[CCode (destroy_function = "g_static_mutex_free", default_value = "G_STATIC_MUTEX_INIT")]
[Deprecated (since = "glib-2.32", replacement = "Mutex")]
public struct StaticMutex {
public StaticMutex ();
public void lock ();
public bool trylock ();
public void unlock ();
public void lock_full ();
}
[CCode (destroy_function = "g_static_rec_mutex_free", default_value = "G_STATIC_REC_MUTEX_INIT")]
[Deprecated (since = "glib-2.32", replacement = "RecMutex")]
public struct StaticRecMutex {
public StaticRecMutex ();
public void lock ();
public bool trylock ();
public void unlock ();
public void lock_full ();
}
[CCode (destroy_function = "g_static_rw_lock_free", default_value = "G_STATIC_RW_LOCK_INIT")]
[Deprecated (since = "glib-2.32", replacement = "RWLock")]
public struct StaticRWLock {
public StaticRWLock ();
public void reader_lock ();
public bool reader_trylock ();
public void reader_unlock ();
public void writer_lock ();
public bool writer_trylock ();
public void writer_unlock ();
}
[Compact]
[CCode (ref_function = "", unref_function = "")]
public class Private {
public Private (DestroyNotify? destroy_func = null);
public void* get ();
public void set (void* data);
public void replace (void* data);
}
[CCode (destroy_function = "g_static_private_free", default_value = "G_STATIC_PRIVATE_INIT")]
[Deprecated (since = "glib-2.32")]
public struct StaticPrivate {
public StaticPrivate ();
public void* get ();
public void set (void* data, DestroyNotify? destroy_func);
}
#if GLIB_2_32
[CCode (destroy_function = "g_cond_clear", lvalue_access = false)]
public struct Cond {
#else
[Compact]
[CCode (free_function = "g_cond_free")]
[Deprecated (since = "glib-2.32", replacement = "Cond (with --target-glib=2.32)")]
public class Cond {
#endif
public Cond ();
public void @signal ();
public void broadcast ();
public void wait (Mutex mutex);
[Deprecated (since = "2.32", replacement = "wait_until")]
public bool timed_wait (Mutex mutex, TimeVal abs_time);
public bool wait_until (Mutex mutex, int64 end_time);
}
[CCode (cname = "GThreadFunc")]
public delegate G OnceFunc<G> ();
[CCode (default_value = "G_ONCE_INIT")]
public struct Once<G> {
[CCode (cname = "g_once")]
public unowned G once (OnceFunc<G> function);
public static bool init_enter ([CCode (ctype="volatile gsize *")] size_t *value);
public static void init_leave ([CCode (ctype="volatile gsize *")] size_t *value, size_t set_value);
public OnceStatus status;
}
[CCode (cprefix = "G_ONCE_STATUS_", has_type_id = false)]
public enum OnceStatus {
NOTCALLED,
PROGRESS,
READY
}
/* Thread Pools */
[CCode (cname = "GFunc")]
public delegate void ThreadPoolFunc<G> (owned G data);
[Compact]
[CCode (free_function = "g_thread_pool_free")]
public class ThreadPool<T> {
[Deprecated (since = "vala-0.18", replacement = "ThreadPool.with_owned_data")]
public ThreadPool (Func<T> func, int max_threads, bool exclusive) throws ThreadError;
[CCode (cname = "g_thread_pool_new")]
public ThreadPool.with_owned_data (ThreadPoolFunc<T> func, int max_threads, bool exclusive) throws ThreadError;
[Deprecated (since = "vala-0.18", replacement = "add")]
public void push (T data) throws ThreadError;
[CCode (cname = "g_thread_pool_push")]
public void add (owned T data) throws ThreadError;
public void set_max_threads (int max_threads) throws ThreadError;
public int get_max_threads ();
public uint get_num_threads ();
public bool move_to_front (T data);
public uint unprocessed ();
[CCode (cname = "g_thread_pool_free")]
void _free (bool immediate, bool wait);
[CCode (cname = "vala__g_thread_pool_free_wrapper")]
public static void free (owned ThreadPool? pool, bool immediate, bool wait) {
ThreadPool* ptr = (owned) pool;
if (ptr != null) {
((ThreadPool)ptr)._free (immediate, wait);
}
}
public static void set_max_unused_threads (int max_threads);
public static int get_max_unused_threads ();
public static uint get_num_unused_threads ();
public static void stop_unused_threads ();
public void set_sort_function (CompareDataFunc<T> func);
public static void set_max_idle_time (uint interval);
public static uint get_max_idle_time ();
}
/* Asynchronous Queues */
[Compact]
[CCode (ref_function = "g_async_queue_ref", unref_function = "g_async_queue_unref")]
public class AsyncQueue<G> {
[CCode (cname = "g_async_queue_new_full", simple_generics = true)]
public AsyncQueue ();
public void push (owned G data);
public void push_sorted (owned G data, CompareDataFunc<G> func);
public G pop ();
public G? try_pop ();
public G? timed_pop (ref TimeVal end_time);
public int length ();
public void sort (CompareDataFunc<G> func);
public void @lock ();
public void unlock ();
public void ref_unlocked ();
public void unref_and_unlock ();
public void push_front (owned G data);
public void push_front_unlocked (owned G data);
public void push_unlocked (owned G data);
public void push_sorted_unlocked (owned G data, CompareDataFunc<G> func);
public G pop_unlocked ();
public bool remove (G data);
public bool remove_unlocked (G data);
public G? try_pop_unlocked ();
public G? timed_pop_unlocked (ref TimeVal end_time);
public G? timeout_pop (uint64 timeout);
public G? timeout_pop_unlocked (uint64 timeout);
public int length_unlocked ();
public void sort_unlocked (CompareDataFunc<G> func);
}
/* Memory Allocation */
public static void* malloc (size_t n_bytes);
public static void* malloc0 (size_t n_bytes);
public static void* realloc (void* mem, size_t n_bytes);
public static void* try_malloc (size_t n_bytes);
public static void* try_malloc0 (size_t n_bytes);
public static void* try_realloc (void* mem, size_t n_bytes);
public static void free (void* mem);
public class MemVTable {
}
[CCode (cname = "glib_mem_profiler_table")]
public static MemVTable mem_profiler_table;
public static void mem_set_vtable (MemVTable vtable);
public static void mem_profile ();
[CCode (cheader_filename = "string.h")]
namespace Memory {
[CCode (cname = "memcmp")]
public static int cmp (void* s1, void* s2, size_t n);
[CCode (cname = "memcpy")]
public static void* copy (void* dest, void* src, size_t n);
[CCode (cname = "memset")]
public static void* set (void* dest, int src, size_t n);
[CCode (cname = "g_memmove")]
public static void* move (void* dest, void* src, size_t n);
[CCode (cname = "g_memdup")]
public static void* dup (void* mem, uint n);
}
namespace Slice {
public static void* alloc (size_t block_size);
public static void* alloc0 (size_t block_size);
public static void* copy (size_t block_size, void* mem_block);
[CCode (cname = "g_slice_free1")]
public static void free (size_t block_size, void* mem_block);
public static void free_chain_with_offset (size_t block_size, void *mem_chain, size_t next_offset);
public static int64 get_config (SliceConfig ckey);
[CCode (array_length_cname = "n_values", array_length_type = "guint")]
public static int64[] get_config_state (SliceConfig ckey, int64 address);
public static void set_config (SliceConfig ckey, int64 value);
}
[CCode (cprefix = "G_SLICE_CONFIG_", has_type_id = false)]
public enum SliceConfig {
ALWAYS_MALLOC,
BYPASS_MAGAZINES,
WORKING_SET_MSECS,
COLOR_INCREMENT,
CHUNK_SIZES,
CONTENTION_COUNTER
}
/* IO Channels */
[Compact]
[CCode (ref_function = "g_io_channel_ref", unref_function = "g_io_channel_unref")]
public class IOChannel {
[CCode (cname = "g_io_channel_unix_new")]
public IOChannel.unix_new (int fd);
public int unix_get_fd ();
[CCode (cname = "g_io_channel_win32_new_fd")]
public IOChannel.win32_new_fd (int fd);
[CCode (cname = "g_io_channel_win32_new_socket")]
public IOChannel.win32_socket (int socket);
[CCode (cname = "g_io_channel_win32_new_messages")]
public IOChannel.win32_messages (size_t hwnd);
public void init ();
public IOChannel.file (string filename, string mode) throws FileError;
public IOStatus read_chars (char[] buf, out size_t bytes_read) throws ConvertError, IOChannelError;
public IOStatus read_unichar (out unichar thechar) throws ConvertError, IOChannelError;
public IOStatus read_line (out string str_return, out size_t length, out size_t terminator_pos) throws ConvertError, IOChannelError;
public IOStatus read_line_string (StringBuilder buffer, out size_t terminator_pos) throws ConvertError, IOChannelError;
public IOStatus read_to_end (out string str_return, out size_t length) throws ConvertError, IOChannelError;
public IOStatus write_chars (char[] buf, out size_t bytes_written) throws ConvertError, IOChannelError;
public IOStatus write_unichar (unichar thechar) throws ConvertError, IOChannelError;
public IOStatus flush () throws IOChannelError;
public IOStatus seek_position (int64 offset, SeekType type) throws IOChannelError;
public IOStatus shutdown (bool flush) throws IOChannelError;
[CCode (cname = "g_io_create_watch")]
public IOSource create_watch (IOCondition condition);
[CCode (cname = "g_io_add_watch")]
public uint add_watch (IOCondition condition, IOFunc func);
[CCode (cname = "g_io_add_watch_full")]
public uint add_watch_full (int priority, IOCondition condition, owned IOFunc func);
public size_t get_buffer_size ();
public void set_buffer_size (size_t size);
public IOCondition get_buffer_condition ();
public IOFlags get_flags ();
public IOStatus set_flags (IOFlags flags) throws IOChannelError;
public unowned string get_line_term (out int length);
public void set_line_term (string line_term, int length);
public bool get_buffered ();
public void set_buffered (bool buffered);
public unowned string get_encoding ();
public IOStatus set_encoding (string? encoding) throws IOChannelError;
public bool get_close_on_unref ();
public void set_close_on_unref (bool do_close);
}
[Compact]
[CCode (cname = "GSource")]
public class IOSource : Source {
[CCode (cname = "g_io_create_watch")]
public IOSource (IOChannel channel, IOCondition condition);
[CCode (cname = "g_source_set_callback")]
public void set_callback ([CCode (type = "GSourceFunc")] owned IOFunc func);
}
[CCode (cprefix = "G_SEEK_", has_type_id = false)]
public enum SeekType {
CUR,
SET,
END
}
[CCode (has_type_id = false)]
public enum IOStatus {
ERROR,
NORMAL,
EOF,
AGAIN
}
public errordomain IOChannelError {
FBIG,
INVAL,
IO,
ISDIR,
NOSPC,
NXIO,
OVERFLOW,
PIPE,
FAILED
}
[Flags]
[CCode (cprefix = "G_IO_")]
public enum IOCondition {
IN,
OUT,
PRI,
ERR,
HUP,
NVAL
}
public delegate bool IOFunc (IOChannel source, IOCondition condition);
[CCode (cprefix = "G_IO_FLAG_", has_type_id = false)]
[Flags]
public enum IOFlags {
APPEND,
NONBLOCK,
IS_READABLE,
IS_WRITABLE,
IS_WRITEABLE,
IS_SEEKABLE,
MASK,
GET_MASK,
SET_MASK
}
/* Error Reporting */
[Compact]
[ErrorBase]
[CCode (copy_function = "g_error_copy", free_function = "g_error_free")]
public class Error {
[PrintfFormat]
public Error (Quark domain, int code, string format, ...);
public Error copy ();
public bool matches (Quark domain, int code);
public Quark domain;
public int code;
public string message;
}
/* Message Output and Debugging Functions */
[PrintfFormat]
public static void print (string format, ...);
public static void set_print_handler (PrintFunc func);
[CCode (has_target = false)]
public delegate void PrintFunc (string text);
[PrintfFormat]
public static void printerr (string format, ...);
public static void set_printerr_handler (PrintFunc func);
public static void return_if_fail (bool expr);
[CCode (sentinel = "")]
public static void return_val_if_fail (bool expr, ...);
[NoReturn]
public static void return_if_reached ();
[NoReturn]
[CCode (sentinel = "")]
public static void return_val_if_reached (...);
public static void warn_if_fail (bool expr);
public static void warn_if_reached ();
[Assert]
public static void assert (bool expr);
[Assert]
public static void assert_cmpmem (uint8[] m1, uint8[] m2);
[Assert]
public static void assert_error (Error? error, Quark error_domain, int error_code);
[Assert]
public static void assert_false (bool expr);
[Assert]
public static void assert_true (bool expr);
[Assert]
public static void assert_null (void* expr);
[Assert]
public static void assert_no_error (Error? error);
[Assert]
public static void assert_nonnull (void* expr);
[NoReturn]
public static void assert_not_reached ();
public static void on_error_query (string? prg_name = null);
public static void on_error_stack_trace (string? prg_name = null);
[CCode (cname = "G_BREAKPOINT")]
public static void breakpoint ();
/* Message Logging */
[CCode (cprefix = "G_LOG_", has_type_id = false)]
[Flags]
public enum LogLevelFlags {
/* log flags */
FLAG_RECURSION,
FLAG_FATAL,
/* GLib log levels */
LEVEL_ERROR,
LEVEL_CRITICAL,
LEVEL_WARNING,
LEVEL_MESSAGE,
LEVEL_INFO,
LEVEL_DEBUG,
LEVEL_MASK
}
public void logv (string? log_domain, LogLevelFlags log_level, string format, va_list args);
[Diagnostics]
[PrintfFormat]
public void log (string? log_domain, LogLevelFlags log_level, string format, ...);
[Diagnostics]
[PrintfFormat]
public void message (string format, ...);
[Diagnostics]
[PrintfFormat]
public void warning (string format, ...);
[Diagnostics]
[PrintfFormat]
public void critical (string format, ...);
[Diagnostics]
[PrintfFormat]
[NoReturn]
public void error (string format, ...);
[Diagnostics]
[PrintfFormat]
public void debug (string format, ...);
[Diagnostics]
[PrintfFormat]
public void info (string format, ...);
public delegate void LogFunc (string? log_domain, LogLevelFlags log_levels, string message);
namespace Log {
public static uint set_handler (string? log_domain, LogLevelFlags log_levels, LogFunc log_func);
public static void set_handler_full (string? log_domain, LogLevelFlags log_levels, owned LogFunc log_func);
public static void set_default_handler (LogFunc log_func);
[CCode (delegate_target = false)]
public static GLib.LogFunc default_handler;
public static LogLevelFlags set_fatal_mask (string log_domain, LogLevelFlags log_levels);
public static LogLevelFlags set_always_fatal (LogLevelFlags log_levels);
public static void remove_handler (string? log_domain, uint handler_id);
public const string FILE;
public const int LINE;
public const string METHOD;
}
[CCode (has_type_id = false)]
public struct DebugKey {
unowned string key;
uint value;
}
public uint parse_debug_string (string? debug_string, DebugKey[] keys);
/* String Utility Functions */
public void strfreev (string** str_array);
public uint strv_length ([CCode (array_length = false, array_null_terminated = true)] string[] str_array);
public bool strv_contains ([CCode (array_length = false, array_null_terminated = true)] string[] str_array, string str);
[CCode (cname = "errno", cheader_filename = "errno.h")]
public int errno;
public unowned string strerror (int errnum);
/* Character Set Conversions */
public static string convert (string str, ssize_t len, string to_codeset, string from_codeset, out size_t bytes_read = null, out size_t bytes_written = null) throws ConvertError;
public static bool get_charset (out unowned string charset);
public static bool get_filename_charsets ([CCode (array_length = false, array_null_terminated = true)] out unowned string[] charsets);
[SimpleType]
public struct IConv {
public static IConv open (string to_codeset, string from_codeset);
[CCode (cname = "g_iconv")]
public uint iconv (out string inbuf, out uint inbytes_left, out string outbuf, out uint outbytes_left);
public int close ();
}
namespace Filename {
public static string to_utf8 (string opsysstring, ssize_t len, out size_t bytes_read, out size_t bytes_written) throws ConvertError;
public static string from_utf8 (string utf8string, ssize_t len, out size_t bytes_read, out size_t bytes_written) throws ConvertError;
public static string from_uri (string uri, out string hostname = null) throws ConvertError;
public static string to_uri (string filename, string? hostname = null) throws ConvertError;
public static string display_name (string filename);
public static string display_basename (string filename);
}
public errordomain ConvertError {
NO_CONVERSION,
ILLEGAL_SEQUENCE,
FAILED,
PARTIAL_INPUT,
BAD_URI,
NOT_ABSOLUTE_PATH
}
/* Base64 Encoding */
namespace Base64 {
public static size_t encode_step (uchar[] _in, bool break_lines, char* _out, ref int state, ref int save);
public static size_t encode_close (bool break_lines, char* _out, ref int state, ref int save);
public static string encode (uchar[] data);
public static size_t decode_step (char[] _in, uchar* _out, ref int state, ref uint save);
[CCode (array_length_type = "size_t")]
public static uchar[] decode (string text);
}
/* Data Checksums */
[CCode (cprefix = "G_CHECKSUM_", has_type_id = false)]
public enum ChecksumType {
MD5,
SHA1,
SHA256,
SHA512;
public ssize_t get_length ();
}
[Compact]
[CCode (free_function = "g_checksum_free")]
public class Checksum {
public Checksum (ChecksumType checksum_type);
public Checksum copy ();
public void update ([CCode (array_length = false)] uchar[] data, size_t length);
public unowned string get_string ();
public void get_digest ([CCode (array_length = false)] uint8[] buffer, ref size_t digest_len);
[CCode (cname = "g_compute_checksum_for_data")]
public static string compute_for_data (ChecksumType checksum_type, uchar[] data);
[CCode (cname = "g_compute_checksum_for_string")]
public static string compute_for_string (ChecksumType checksum_type, string str, size_t length = -1);
[CCode (cname = "g_compute_checksum_for_bytes")]
public static string compute_for_bytes (ChecksumType checksum_type, Bytes data);
}
/* Secure HMAC Digests */
[Compact]
[CCode (ref_function = "g_hmac_ref", unref_function = "g_hmac_unref")]
public class Hmac {
public Hmac (ChecksumType digest_type, [CCode (array_length_type = "gsize")] uint8[] key);
public Hmac copy ();
public void update ([CCode (array_length_type = "gssize")] uint8[] data);
public unowned string get_string ();
public void get_digest ([CCode (array_length = false)] uint8[] buffer, ref size_t digest_len);
[CCode (cname = "g_compute_hmac_for_data")]
public static string compute_for_data (ChecksumType checksum_type, uint8[] key, uint8[] data);
[CCode (cname = "g_compute_hmac_for_string")]
public static string compute_for_string (ChecksumType checksum_type, uint8[] key, string str, size_t length = -1);
}
/* Date and Time Functions */
[CCode (has_type_id = false)]
public struct TimeVal {
public long tv_sec;
public long tv_usec;
[CCode (cname = "g_get_current_time")]
public TimeVal ();
[CCode (cname = "g_get_current_time")]
public void get_current_time ();
public void add (long microseconds);
[CCode (instance_pos = -1)]
public bool from_iso8601 (string iso_date);
public string to_iso8601 ();
}
public static int64 get_monotonic_time ();
public static int64 get_real_time ();
public struct DateDay : uchar {
[CCode (cname = "G_DATE_BAD_DAY")]
public static DateDay BAD_DAY;
[CCode (cname = "g_date_valid_day")]
public bool valid ();
}
[CCode (cprefix = "G_DATE_", has_type_id = false)]
public enum DateMonth {
BAD_MONTH,
JANUARY,
FEBRUARY,
MARCH,
APRIL,
MAY,
JUNE,
JULY,
AUGUST,
SEPTEMBER,
OCTOBER,
NOVEMBER,
DECEMBER;
[CCode (cname = "g_date_get_days_in_month")]
public uchar get_days_in_month (DateYear year);
[CCode (cname = "g_date_valid_month")]
public bool valid ();
}
public struct DateYear : ushort {
[CCode (cname = "G_DATE_BAD_YEAR")]
public static DateDay BAD_YEAR;
[CCode (cname = "g_date_is_leap_year")]
public bool is_leap_year ();
[CCode (cname = "g_date_get_monday_weeks_in_year")]
public uchar get_monday_weeks_in_year ();
[CCode (cname = "g_date_get_sunday_weeks_in_year")]
public uchar get_sunday_weeks_in_year ();
[CCode (cname = "g_date_valid_year")]
public bool valid ();
}
[CCode (cprefix = "G_DATE_", has_type_id = false)]
public enum DateWeekday {
BAD_WEEKDAY,
MONDAY,
TUESDAY,
WEDNESDAY,
THURSDAY,
FRIDAY,
SATURDAY,
SUNDAY;
[CCode (cname = "g_date_valid_weekday")]
public bool valid ();
}
[CCode (cprefix = "G_DATE_", has_type_id = false)]
public enum DateDMY {
DAY,
MONTH,
YEAR
}
[CCode (type_id = "G_TYPE_DATE")]
public struct Date {
public void clear (uint n_dates = 1);
public void set_day (DateDay day);
public void set_month (DateMonth month);
public void set_year (DateYear year);
public void set_dmy (DateDay day, int month, DateYear y);
public void set_julian (uint julian_day);
public void set_time_t (time_t timet);
public void set_time_val (TimeVal timeval);
public void set_parse (string str);
public void add_days (uint n_days);
public void subtract_days (uint n_days);
public void add_months (uint n_months);
public void subtract_months (uint n_months);
public void add_years (uint n_years);
public void subtract_years (uint n_years);
public int days_between (Date date2);
public int compare (Date rhs);
public void clamp (Date min_date, Date max_date);
public void order (Date date2);
public DateDay get_day ();
public DateMonth get_month ();
public DateYear get_year ();
public uint get_julian ();
public DateWeekday get_weekday ();
public uint get_day_of_year ();
public bool is_first_of_month ();
public bool is_last_of_month ();
public uint get_monday_week_of_year ();
public uint get_sunday_week_of_year ();
public uint get_iso8601_week_of_year ();
[CCode (instance_pos = -1)]
public size_t strftime (char[] s, string format);
[CCode (cname = "g_date_to_struct_tm")]
public void to_time (out Time tm);
public bool valid ();
public static uchar get_days_in_month (DateMonth month, DateYear year);
public static bool valid_day (DateDay day);
public static bool valid_dmy (DateDay day, DateMonth month, DateYear year);
public static bool valid_julian (uint julian_date);
public static bool valid_weekday (DateWeekday weekday);
}
[CCode (cname = "struct tm", cheader_filename = "time.h", has_type_id = false)]
public struct Time {
[CCode (cname = "tm_sec")]
public int second;
[CCode (cname = "tm_min")]
public int minute;
[CCode (cname = "tm_hour")]
public int hour;
[CCode (cname = "tm_mday")]
public int day;
[CCode (cname = "tm_mon")]
public int month;
[CCode (cname = "tm_year")]
public int year;
[CCode (cname = "tm_wday")]
public int weekday;
[CCode (cname = "tm_yday")]
public int day_of_year;
[CCode (cname = "tm_isdst")]
public int isdst;
[CCode (cname = "gmtime_r")]
static void gmtime_r (ref time_t time, out Time result);
[CCode (cname = "localtime_r")]
static void localtime_r (ref time_t time, out Time result);
public static Time gm (time_t time) {
Time result;
gmtime_r (ref time, out result);
return result;
}
public static Time local (time_t time) {
Time result;
localtime_r (ref time, out result);
return result;
}
public string to_string () {
return "%04d-%02d-%02d %02d:%02d:%02d".printf (year + 1900, month + 1, day, hour, minute, second);
}
public string format (string format) {
var buffer = new char[64];
this.strftime (buffer, format);
return (string) buffer;
}
[CCode (cname = "mktime")]
public time_t mktime ();
[CCode (cname = "strftime", instance_pos = -1)]
public size_t strftime (char[] s, string format);
[CCode (cname = "strptime", instance_pos = -1)]
public unowned string? strptime (string buf, string format);
}
[SimpleType]
[CCode (cheader_filename = "glib.h", type_id = "G_TYPE_INT64", marshaller_type_name = "INT64", get_value_function = "g_value_get_int64", set_value_function = "g_value_set_int64", default_value = "0LL", type_signature = "x")]
[IntegerType (rank = 10)]
public struct TimeSpan : int64 {
public const TimeSpan DAY;
public const TimeSpan HOUR;
public const TimeSpan MINUTE;
public const TimeSpan SECOND;
public const TimeSpan MILLISECOND;
}
[Compact]
[CCode (ref_function = "g_date_time_ref", unref_function = "g_date_time_unref", type_id = "G_TYPE_DATE_TIME")]
public class DateTime {
public DateTime.now (TimeZone tz);
public DateTime.now_local ();
public DateTime.now_utc ();
public DateTime.from_unix_local (int64 t);
public DateTime.from_unix_utc (int64 t);
public DateTime.from_timeval_local (TimeVal tv);
public DateTime.from_timeval_utc (TimeVal tv);
public DateTime (TimeZone tz, int year, int month, int day, int hour, int minute, double seconds);
public DateTime.local (int year, int month, int day, int hour, int minute, double seconds);
public DateTime.utc (int year, int month, int day, int hour, int minute, double seconds);
public DateTime add (TimeSpan timespan);
public DateTime add_years (int years);
public DateTime add_months (int months);
public DateTime add_weeks (int weeks);
public DateTime add_days (int days);
public DateTime add_hours (int hours);
public DateTime add_minutes (int minutes);
public DateTime add_seconds (double seconds);
public DateTime add_full (int years, int months, int days, int hours = 0, int minutes = 0, double seconds = 0);
public int compare (DateTime dt);
public TimeSpan difference (DateTime begin);
public uint hash ();
public bool equal (DateTime dt);
public void get_ymd (out int year, out int month, out int day);
public int get_year ();
public int get_month ();
public int get_day_of_month ();
public int get_week_numbering_year ();
public int get_week_of_year ();
public int get_day_of_week ();
public int get_day_of_year ();
public int get_hour ();
public int get_minute ();
public int get_second ();
public int get_microsecond ();
public double get_seconds ();
public int64 to_unix ();
public bool to_timeval (out TimeVal tv);
public TimeSpan get_utc_offset ();
public unowned string get_timezone_abbreviation ();
public bool is_daylight_savings ();
public DateTime to_timezone (TimeZone tz);
public DateTime to_local ();
public DateTime to_utc ();
public string format (string format);
public string to_string () {
return this.format ("%FT%H:%M:%S%z");
}
}
public enum TimeType {
STANDARD,
DAYLIGHT,
UNIVERSAL
}
[Compact]
[CCode (ref_function = "g_time_zone_ref", unref_function = "g_time_zone_unref")]
public class TimeZone {
public TimeZone (string identifier);
public TimeZone.utc ();
public TimeZone.local ();
public int find_interval (TimeType type, int64 time);
public int adjust_time (TimeType type, ref int64 time);
public unowned string get_abbreviation (int interval);
public int32 get_offset (int interval);
public bool is_dst (int interval);
}
/* Random Numbers */
[Compact]
[CCode (copy_function = "g_rand_copy", free_function = "g_rand_free")]
public class Rand {
public Rand.with_seed (uint32 seed);
public Rand.with_seed_array ([CCode (array_length = false)] uint32[] seed, uint seed_length);
public Rand ();
public void set_seed (uint32 seed);
public void set_seed_array ([CCode (array_length = false)] uint32[] seed, uint seed_length);
public bool boolean ();
[CCode (cname = "g_rand_int")]
public uint32 next_int ();
public int32 int_range (int32 begin, int32 end);
[CCode (cname = "g_rand_double")]
public double next_double ();
public double double_range (double begin, double end);
}
namespace Random {
public static void set_seed (uint32 seed);
public static bool boolean ();
[CCode (cname = "g_random_int")]
public static uint32 next_int ();
public static int32 int_range (int32 begin, int32 end);
[CCode (cname = "g_random_double")]
public static double next_double ();
public static double double_range (double begin, double end);
}
/* Miscellaneous Utility Functions */
namespace Environment {
[CCode (cname = "g_get_application_name")]
public static unowned string? get_application_name ();
[CCode (cname = "g_set_application_name")]
public static void set_application_name (string application_name);
[CCode (cname = "g_get_prgname")]
public static unowned string get_prgname ();
[CCode (cname = "g_set_prgname")]
public static void set_prgname (string application_name);
[CCode (cname = "g_getenv")]
public static unowned string? get_variable (string variable);
[CCode (cname = "g_setenv")]
public static bool set_variable (string variable, string value, bool overwrite);
[CCode (cname = "g_unsetenv")]
public static void unset_variable (string variable);
[CCode (cname = "g_listenv", array_length = false, array_null_terminated = true)]
public static string[] list_variables ();
[CCode (cname = "g_get_user_name")]
public static unowned string get_user_name ();
[CCode (cname = "g_get_real_name")]
public static unowned string get_real_name ();
[CCode (cname = "g_get_user_cache_dir")]
public static unowned string get_user_cache_dir ();
[CCode (cname = "g_get_user_data_dir")]
public static unowned string get_user_data_dir ();
[CCode (cname = "g_get_user_config_dir")]
public static unowned string get_user_config_dir ();
[CCode (cname = "g_get_user_runtime_dir")]
public static unowned string get_user_runtime_dir ();
[CCode (cname = "g_get_user_special_dir")]
public static unowned string get_user_special_dir (UserDirectory directory);
[CCode (cname = "g_get_system_data_dirs", array_length = false, array_null_terminated = true)]
public static unowned string[] get_system_data_dirs ();
[CCode (cname = "g_get_system_config_dirs", array_length = false, array_null_terminated = true)]
public static unowned string[] get_system_config_dirs ();
[CCode (cname = "g_get_host_name")]
public static unowned string get_host_name ();
[CCode (cname = "g_get_home_dir")]
public static unowned string get_home_dir ();
[CCode (cname = "g_get_tmp_dir")]
public static unowned string get_tmp_dir ();
[CCode (cname = "g_get_current_dir")]
public static string get_current_dir ();
[CCode (cname = "g_find_program_in_path")]
public static string? find_program_in_path (string program);
[Deprecated (since = "2.32")]
[CCode (cname = "g_atexit")]
public static void atexit (VoidFunc func);
[CCode (cname = "g_chdir")]
public static int set_current_dir (string path);
}
namespace Environ {
[CCode (cname = "g_get_environ", array_length = false, array_null_terminated = true)]
public static string[] get ();
[CCode (cname = "g_environ_getenv")]
public static unowned string? get_variable ([CCode (array_length = false, array_null_terminated = true)] string[]? envp, string variable);
[CCode (cname = "g_environ_setenv", array_length = false, array_null_terminated = true)]
public static string[] set_variable ([CCode (array_length = false, array_null_terminated = true)] owned string[]? envp, string variable, string value, bool overwrite = true);
[CCode (cname = "g_environ_unsetenv", array_length = false, array_null_terminated = true)]
public static string[] unset_variable ([CCode (array_length = false, array_null_terminated = true)] owned string[]? envp, string variable);
}
[CCode (has_type_id = false)]
public enum UserDirectory {
DESKTOP,
DOCUMENTS,
DOWNLOAD,
MUSIC,
PICTURES,
PUBLIC_SHARE,
TEMPLATES,
VIDEOS,
[CCode (cname = "G_USER_N_DIRECTORIES")]
N_DIRECTORIES
}
namespace Hostname {
public static bool is_non_ascii (string hostname);
public static bool is_ascii_encoded (string hostname);
public static bool is_ip_address (string hostname);
public static string to_ascii (string hostname);
public static string to_unicode (string hostname);
}
namespace Path {
public static bool is_absolute (string file_name);
public static unowned string skip_root (string file_name);
public static string get_basename (string file_name);
public static string get_dirname (string file_name);
[CCode (cname = "g_build_filename")]
public static string build_filename (string first_element, ...);
[CCode (cname = "g_build_path")]
public static string build_path (string separator, string first_element, ...);
[CCode (cname = "G_DIR_SEPARATOR")]
public const char DIR_SEPARATOR;
[CCode (cname = "G_DIR_SEPARATOR_S")]
public const string DIR_SEPARATOR_S;
[CCode (cname = "G_IS_DIR_SEPARATOR")]
public static bool is_dir_separator (unichar c);
[CCode (cname = "G_SEARCHPATH_SEPARATOR")]
public const char SEARCHPATH_SEPARATOR;
[CCode (cname = "G_SEARCHPATH_SEPARATOR_S")]
public const string SEARCHPATH_SEPARATOR_S;
}
namespace Bit {
public static int nth_lsf (ulong mask, int nth_bit);
public static int nth_msf (ulong mask, int nth_bit);
public static uint storage (ulong number);
}
namespace SpacedPrimes {
public static uint closest (uint num);
}
[CCode (has_target = false)]
public delegate void FreeFunc (void* data);
[CCode (has_target = false)]
public delegate void VoidFunc ();
[Deprecated (since = "2.16", replacement = "format_size")]
public string format_size_for_display (int64 size);
[CCode (cname = "g_format_size_full")]
public string format_size (uint64 size, FormatSizeFlags flags = FormatSizeFlags.DEFAULT);
[CCode (cprefix = "G_FORMAT_SIZE_", has_type_id = false)]
[Flags]
public enum FormatSizeFlags {
DEFAULT,
LONG_FORMAT,
IEC_UNITS
}
/* Lexical Scanner */
[CCode (has_target = false)]
public delegate void ScannerMsgFunc (Scanner scanner, string message, bool error);
[Compact]
[CCode (free_function = "g_scanner_destroy")]
public class Scanner {
public unowned string input_name;
public TokenType token;
public TokenValue value;
public uint line;
public uint position;
public TokenType next_token;
public TokenValue next_value;
public uint next_line;
public uint next_position;
public ScannerMsgFunc msg_handler;
public ScannerConfig? config;
public Scanner (ScannerConfig? config_templ);
public void input_file (int input_fd);
public void sync_file_offset ();
public void input_text (string text, uint text_len);
public TokenType peek_next_token ();
public TokenType get_next_token ();
public bool eof ();
public int cur_line ();
public int cur_position ();
public TokenType cur_token ();
public TokenValue cur_value ();
public uint set_scope (uint scope_id);
public void scope_add_symbol (uint scope_id, string symbol, void* value);
public void scope_foreach_symbol (uint scope_id, HFunc func);
public void* scope_lookup_symbol (uint scope_id, string symbol);
public void scope_remove_symbol (uint scope_id, string symbol);
public void* lookup_symbol (string symbol);
[PrintfFormat]
public void warn (string format, ...);
[PrintfFormat]
public void error (string format, ...);
public void unexp_token (TokenType expected_token, string? identifier_spec, string? symbol_spec, string? symbol_name, string? message, bool is_error);
}
public struct ScannerConfig {
public string* cset_skip_characters;
public string* cset_identifier_first;
public string* cset_identifier_nth;
public string* cpair_comment_single;
public bool case_sensitive;
public bool skip_comment_multi;
public bool skip_comment_single;
public bool scan_comment_multi;
public bool scan_identifier;
public bool scan_identifier_1char;
public bool scan_identifier_NULL;
public bool scan_symbols;
public bool scan_binary;
public bool scan_octal;
public bool scan_float;
public bool scan_hex;
public bool scan_hex_dollar;
public bool scan_string_sq;
public bool scan_string_dq;
public bool numbers_2_int;
public bool int_2_float;
public bool identifier_2_string;
public bool char_2_token;
public bool symbol_2_token;
public bool scope_0_fallback;
public bool store_int64;
}
[CCode (lower_case_cprefix="G_CSET_")]
namespace CharacterSet {
public const string A_2_Z;
public const string a_2_z;
public const string DIGITS;
public const string LATINC;
public const string LATINS;
}
[CCode (cprefix = "G_TOKEN_", has_type_id = false)]
public enum TokenType {
EOF,
LEFT_PAREN,
RIGHT_PAREN,
LEFT_CURLY,
RIGHT_CURLY,
LEFT_BRACE,
RIGHT_BRACE,
EQUAL_SIGN,
COMMA,
NONE,
ERROR,
CHAR,
BINARY,
OCTAL,
INT,
HEX,
FLOAT,
STRING,
SYMBOL,
IDENTIFIER,
IDENTIFIER_NULL,
COMMENT_SINGLE,
COMMENT_MULTI,
LAST
}
[SimpleType]
public struct TokenValue {
[CCode (cname="v_symbol")]
public void* symbol;
[CCode (cname="v_identifier")]
public unowned string identifier;
[CCode (cname="v_binary")]
public ulong binary;
[CCode (cname="v_octal")]
public ulong octal;
[CCode (cname="v_int")]
public ulong int;
[CCode (cname="v_int64")]
public ulong int64;
[CCode (cname="v_float")]
public double float;
[CCode (cname="v_hex")]
public ulong hex;
[CCode (cname="v_string")]
public unowned string string;
[CCode (cname="v_comment")]
public unowned string comment;
[CCode (cname="v_char")]
public uchar char;
[CCode (cname="v_error")]
public uint error;
}
[CCode (cprefix = "G_ERR_", has_type_id = false)]
public enum ErrorType {
UNKNOWN,
UNEXP_EOF,
UNEXP_EOF_IN_STRING,
UNEXP_EOF_IN_COMMENT,
NON_DIGIT_IN_CONST,
DIGIT_RADIX,
FLOAT_RADIX,
FLOAT_MALFORMED
}
/* Automatic String Completion */
[Deprecated (since = "2.26")]
[Compact]
[CCode (free_function = "g_completion_free")]
public class Completion {
public Completion (CompletionFunc? func = null);
public List<void*> items;
public CompletionFunc func;
public string prefix;
public List<void*> cache;
public CompletionStrncmpFunc strncmp_func;
public void add_items (List<void*> items);
public void remove_items (List<void*> items);
public void clear_items ();
public unowned List<void*> complete (string prefix, out string? new_prefix = null);
public unowned List<void*> complete_utf8 (string prefix, out string? new_prefix = null);
}
[CCode (has_target = false)]
public delegate string CompletionFunc (void* item);
[CCode (has_target = false)]
public delegate int CompletionStrncmpFunc (string s1, string s2, size_t n);
/* Timers */
[Compact]
[CCode (free_function = "g_timer_destroy")]
public class Timer {
public Timer ();
public void start ();
public void stop ();
public void @continue ();
public double elapsed (out ulong microseconds = null);
public void reset ();
}
/* Spawning Processes */
public errordomain SpawnError {
FORK,
READ,
CHDIR,
ACCES,
PERM,
TOO_BIG,
NOEXEC,
NAMETOOLONG,
NOENT,
NOMEM,
NOTDIR,
LOOP,
TXTBUSY,
IO,
NFILE,
MFILE,
INVAL,
ISDIR,
LIBBAD,
FAILED
}
[CCode (cprefix = "G_SPAWN_", has_type_id = false)]
[Flags]
public enum SpawnFlags {
LEAVE_DESCRIPTORS_OPEN,
DO_NOT_REAP_CHILD,
SEARCH_PATH,
STDOUT_TO_DEV_NULL,
STDERR_TO_DEV_NULL,
CHILD_INHERITS_STDIN,
FILE_AND_ARGV_ZERO,
SEARCH_PATH_FROM_ENVP
}
public delegate void SpawnChildSetupFunc ();
[CCode (has_target = false, cheader_filename = "signal.h")]
public delegate void SignalHandlerFunc (int signum);
public unowned string strsignal (int signum);
[CCode (lower_case_cprefix = "g_")]
namespace Process {
public static bool spawn_async_with_pipes (string? working_directory, [CCode (array_length = false, array_null_terminated = true)] string[] argv, [CCode (array_length = false, array_null_terminated = true)] string[]? envp, SpawnFlags _flags, SpawnChildSetupFunc? child_setup, out Pid child_pid, out int standard_input = null, out int standard_output = null, out int standard_error = null) throws SpawnError;
public static bool spawn_async (string? working_directory, [CCode (array_length = false, array_null_terminated = true)] string[] argv, [CCode (array_length = false, array_null_terminated = true)] string[]? envp, SpawnFlags _flags, SpawnChildSetupFunc? child_setup, out Pid child_pid) throws SpawnError;
public static bool spawn_sync (string? working_directory, [CCode (array_length = false, array_null_terminated = true)] string[] argv, [CCode (array_length = false, array_null_terminated = true)] string[]? envp, SpawnFlags _flags, SpawnChildSetupFunc? child_setup, out string standard_output = null, out string standard_error = null, out int exit_status = null) throws SpawnError;
public static bool spawn_command_line_async (string command_line) throws SpawnError;
public static bool spawn_command_line_sync (string command_line, out string standard_output = null, out string standard_error = null, out int exit_status = null) throws SpawnError;
[CCode (cname = "g_spawn_close_pid")]
public static void close_pid (Pid pid);
[CCode (cname = "g_spawn_check_exit_status")]
public static bool check_exit_status (int exit_status) throws GLib.Error;
/* these macros are required to examine the exit status of a process */
[CCode (cname = "WIFEXITED", cheader_filename = "sys/wait.h")]
public static bool if_exited (int status);
[CCode (cname = "WEXITSTATUS", cheader_filename = "sys/wait.h")]
public static int exit_status (int status);
[CCode (cname = "WIFSIGNALED", cheader_filename = "sys/wait.h")]
public static bool if_signaled (int status);
[CCode (cname = "WTERMSIG", cheader_filename = "sys/wait.h")]
public static ProcessSignal term_sig (int status);
[CCode (cname = "WCOREDUMP", cheader_filename = "sys/wait.h")]
public static bool core_dump (int status);
[CCode (cname = "WIFSTOPPED", cheader_filename = "sys/wait.h")]
public static bool if_stopped (int status);
[CCode (cname = "WSTOPSIG", cheader_filename = "sys/wait.h")]
public static ProcessSignal stop_sig (int status);
[CCode (cname = "WIFCONTINUED", cheader_filename = "sys/wait.h")]
public static bool if_continued (int status);
[NoReturn]
[CCode (cname = "abort", cheader_filename = "stdlib.h")]
public void abort ();
[NoReturn]
[CCode (cname = "exit", cheader_filename = "stdlib.h")]
public void exit (int status);
[CCode (cname = "raise", cheader_filename = "signal.h")]
public int raise (ProcessSignal sig);
[CCode (cname = "signal", cheader_filename = "signal.h")]
public SignalHandlerFunc @signal (ProcessSignal signum, SignalHandlerFunc handler);
}
[CCode (cname = "int", has_type_id = false, cheader_filename = "signal.h", cprefix = "SIG")]
public enum ProcessSignal {
HUP,
INT,
QUIT,
ILL,
TRAP,
ABRT,
BUS,
FPE,
KILL,
SEGV,
PIPE,
ALRM,
TERM,
USR1,
USR2,
CHLD,
CONT,
STOP,
TSTP,
TTIN,
TTOU
}
/* File Utilities */
public errordomain FileError {
EXIST,
ISDIR,
ACCES,
NAMETOOLONG,
NOENT,
NOTDIR,
NXIO,
NODEV,
ROFS,
TXTBSY,
FAULT,
LOOP,
NOSPC,
NOMEM,
MFILE,
NFILE,
BADF,
INVAL,
PIPE,
AGAIN,
INTR,
IO,
PERM,
NOSYS,
FAILED
}
[CCode (has_type_id = false)]
[Flags]
public enum FileTest {
IS_REGULAR,
IS_SYMLINK,
IS_DIR,
IS_EXECUTABLE,
EXISTS
}
[CCode (cname = "int", cprefix = "SEEK_", has_type_id = false)]
public enum FileSeek {
SET,
CUR,
END
}
[Compact]
[CCode (cname = "FILE", free_function = "fclose", cheader_filename = "stdio.h")]
public class FileStream {
[CCode (cname = "EOF", cheader_filename = "stdio.h")]
public const int EOF;
[CCode (cname = "g_fopen", cheader_filename = "glib/gstdio.h")]
public static FileStream? open (string path, string mode);
[CCode (cname = "fdopen")]
public static FileStream? fdopen (int fildes, string mode);
[CCode (cname = "fprintf")]
[PrintfFormat ()]
public void printf (string format, ...);
[CCode (cname = "vfprintf")]
public void vprintf (string format, va_list args);
[CCode (cname = "fputc", instance_pos = -1)]
public void putc (char c);
[CCode (cname = "fputs", instance_pos = -1)]
public void puts (string s);
[CCode (cname = "fgetc")]
public int getc ();
[CCode (cname = "ungetc", instance_pos = -1)]
public int ungetc (int c);
[CCode (cname = "fgets", instance_pos = -1)]
public unowned string? gets (char[] s);
[CCode (cname = "feof")]
public bool eof ();
[CCode (cname = "fscanf"), ScanfFormat]
public int scanf (string format, ...);
[CCode (cname = "fflush")]
public int flush ();
[CCode (cname = "fseek")]
public int seek (long offset, FileSeek whence);
[CCode (cname = "ftell")]
public long tell ();
[CCode (cname = "rewind")]
public void rewind ();
[CCode (cname = "fileno")]
public int fileno ();
[CCode (cname = "ferror")]
public int error ();
[CCode (cname = "clearerr")]
public void clearerr ();
[CCode (cname = "fread", instance_pos = -1)]
public size_t read ([CCode (array_length_pos = 2.1)] uint8[] buf, size_t size = 1);
[CCode (cname = "fwrite", instance_pos = -1)]
public size_t write ([CCode (array_length_pos = 2.1)] uint8[] buf, size_t size = 1);
public string? read_line () {
int c;
StringBuilder? ret = null;
while ((c = getc ()) != EOF) {
if (ret == null) {
ret = new StringBuilder ();
}
if (c == '\n') {
break;
}
((!)(ret)).append_c ((char) c);
}
if (ret == null) {
return null;
} else {
return ((!)(ret)).str;
}
}
}
[CCode (cname = "struct utimbuf", cheader_filename = "sys/types.h,utime.h")]
public struct UTimBuf {
time_t actime; /* access time */
time_t modtime; /* modification time */
}
[CCode (lower_case_cprefix = "g_file_", cheader_filename = "glib/gstdio.h")]
namespace FileUtils {
public static bool get_contents (string filename, out string contents, out size_t length = null) throws FileError;
public static bool set_contents (string filename, string contents, ssize_t length = -1) throws FileError;
[CCode (cname = "g_file_get_contents")]
public static bool get_data (string filename, [CCode (type = "gchar**", array_length_type = "size_t")] out uint8[] contents) throws FileError;
[CCode (cname = "g_file_set_contents")]
public static bool set_data (string filename, [CCode (type = "const char*", array_length_type = "size_t")] uint8[] contents) throws FileError;
public static bool test (string filename, FileTest test);
public static int open_tmp (string tmpl, out string name_used) throws FileError;
public static string read_link (string filename) throws FileError;
public static int error_from_errno (int err_no);
[CCode (cname = "g_mkstemp")]
public static int mkstemp (string tmpl);
[CCode (cname = "g_rename")]
public static int rename (string oldfilename, string newfilename);
[CCode (cname = "g_remove")]
public static int remove (string filename);
[CCode (cname = "g_unlink")]
public static int unlink (string filename);
[CCode (cname = "g_chmod")]
public static int chmod (string filename, int mode);
[CCode (cname = "g_utime")]
public static int utime (string filename, UTimBuf? times = null);
[CCode (cname = "symlink", cheader_filename = "unistd.h")]
public static int symlink (string oldpath, string newpath);
[CCode (cname = "close", cheader_filename = "unistd.h")]
public static int close (int fd);
}
[CCode (cname = "struct stat", cheader_filename = "sys/stat.h,glib/gstdio.h")]
public struct Stat {
[CCode (cname = "g_stat", instance_pos = -1)]
public Stat (string filename);
[CCode (cname = "g_lstat", instance_pos = -1)]
public Stat.l (string filename);
}
[Compact]
[CCode (free_function = "g_dir_close")]
public class Dir {
public static Dir open (string filename, uint _flags = 0) throws FileError;
public unowned string? read_name ();
public void rewind ();
}
[CCode (cheader_filename = "glib/gstdio.h")]
namespace DirUtils {
[CCode (cname = "g_mkdir")]
public static int create (string pathname, int mode);
[CCode (cname = "g_mkdir_with_parents")]
public static int create_with_parents (string pathname, int mode);
[CCode (cname = "mkdtemp")]
public static string mkdtemp (owned string template);
[CCode (cname = "g_dir_make_tmp")]
public static string make_tmp (string tmpl) throws FileError;
[CCode (cname = "g_rmdir")]
public static int remove (string filename);
}
[Compact]
[CCode (ref_function = "g_mapped_file_ref", unref_function = "g_mapped_file_unref")]
public class MappedFile {
public MappedFile (string filename, bool writable) throws FileError;
public size_t get_length ();
public unowned char* get_contents ();
public Bytes get_bytes ();
}
[CCode (cname = "stdin", cheader_filename = "stdio.h")]
public static FileStream stdin;
[CCode (cname = "stdout", cheader_filename = "stdio.h")]
public static FileStream stdout;
[CCode (cname = "stderr", cheader_filename = "stdio.h")]
public static FileStream stderr;
/* URI Functions */
namespace Uri {
public const string RESERVED_CHARS_ALLOWED_IN_PATH;
public const string RESERVED_CHARS_ALLOWED_IN_PATH_ELEMENT;
public const string RESERVED_CHARS_ALLOWED_IN_USERINFO;
public const string RESERVED_CHARS_GENERIC_DELIMITERS;
public const string RESERVED_CHARS_SUBCOMPONENT_DELIMITERS;
public static string? parse_scheme (string uri);
public static string escape_string (string unescaped, string? reserved_chars_allowed = null, bool allow_utf8 = true);
public static string? unescape_string (string escaped_string, string? illegal_characters = null);
public static string? unescape_segment (string? escaped_string, string? escaped_string_end, string? illegal_characters = null);
[CCode (array_length = false, array_null_terminated = true)]
public static string[] list_extract_uris (string uri_list);
}
/* Shell-related Utilities */
public errordomain ShellError {
BAD_QUOTING,
EMPTY_STRING,
FAILED
}
namespace Shell {
public static bool parse_argv (string command_line, [CCode (array_length_pos = 1.9)] out string[] argvp) throws ShellError;
public static string quote (string unquoted_string);
public static string unquote (string quoted_string) throws ShellError;
}
/* Commandline option parser */
public errordomain OptionError {
UNKNOWN_OPTION,
BAD_VALUE,
FAILED
}
[Compact]
[CCode (free_function = "g_option_context_free")]
public class OptionContext {
public OptionContext (string? parameter_string = null);
public void set_summary (string summary);
public unowned string get_summary ();
public void set_description (string description);
public void get_description ();
public void set_translate_func (TranslateFunc func, DestroyNotify? destroy_notify);
public void set_translation_domain (string domain);
public bool parse ([CCode (array_length_pos = 0.9)] ref unowned string[] argv) throws OptionError;
public bool parse_strv ([CCode (array_length = false, array_null_terminated = true)] ref string[] argv) throws OptionError;
public void set_help_enabled (bool help_enabled);
public bool get_help_enabled ();
public void set_ignore_unknown_options (bool ignore_unknown);
public bool get_ignore_unknown_options ();
public string get_help (bool main_help, OptionGroup? group);
public void add_main_entries ([CCode (array_length = false)] OptionEntry[] entries, string? translation_domain);
public void add_group (owned OptionGroup group);
public void set_main_group (owned OptionGroup group);
public unowned OptionGroup get_main_group ();
public void set_strict_posix (bool strict_posix);
public bool get_strict_posix ();
}
public delegate unowned string TranslateFunc (string str);
[CCode (has_type_id = false)]
public enum OptionArg {
NONE,
STRING,
INT,
CALLBACK,
FILENAME,
STRING_ARRAY,
FILENAME_ARRAY,
DOUBLE,
INT64
}
[Flags]
[CCode (cprefix = "G_OPTION_FLAG_", has_type_id = false)]
public enum OptionFlags {
HIDDEN,
IN_MAIN,
REVERSE,
NO_ARG,
FILENAME,
OPTIONAL_ARG,
NOALIAS
}
public struct OptionEntry {
public unowned string long_name;
public char short_name;
public int flags;
public OptionArg arg;
public void* arg_data;
public unowned string description;
public unowned string? arg_description;
}
[Compact]
#if GLIB_2_44
[CCode (ref_function = "g_option_group_ref", unref_function = "g_option_group_unref", type_id = "G_TYPE_OPTION_GROUP")]
#else
[CCode (free_function = "g_option_group_free")]
#endif
public class OptionGroup {
public OptionGroup (string name, string description, string help_description, void* user_data = null, DestroyNotify? destroy = null);
public void add_entries ([CCode (array_length = false)] OptionEntry[] entries);
public void set_parse_hooks (OptionParseFunc? pre_parse_func, OptionParseFunc? post_parse_hook);
public void set_error_hook (OptionErrorFunc? error_func);
public void set_translate_func (owned TranslateFunc? func);
public void set_translation_domain (string domain);
}
[CCode (has_target = false)]
public delegate bool OptionParseFunc (OptionContext context, OptionGroup group, void* data) throws OptionError;
[CCode (has_target = false)]
public delegate void OptionErrorFunc (OptionContext context, OptionGroup group, void* data, ref Error error);
/* Perl-compatible regular expressions */
public errordomain RegexError {
COMPILE,
OPTIMIZE,
REPLACE,
MATCH,
INTERNAL,
STRAY_BACKSLASH,
MISSING_CONTROL_CHAR,
UNRECOGNIZED_ESCAPE,
QUANTIFIERS_OUT_OF_ORDER,
QUANTIFIER_TOO_BIG,
UNTERMINATED_CHARACTER_CLASS,
INVALID_ESCAPE_IN_CHARACTER_CLASS,
RANGE_OUT_OF_ORDER,
NOTHING_TO_REPEAT,
UNRECOGNIZED_CHARACTER,
POSIX_NAMED_CLASS_OUTSIDE_CLASS,
UNMATCHED_PARENTHESIS,
INEXISTENT_SUBPATTERN_REFERENCE,
UNTERMINATED_COMMENT,
EXPRESSION_TOO_LARGE,
MEMORY_ERROR,
VARIABLE_LENGTH_LOOKBEHIND,
MALFORMED_CONDITION,
TOO_MANY_CONDITIONAL_BRANCHES,
ASSERTION_EXPECTED,
UNKNOWN_POSIX_CLASS_NAME,
POSIX_COLLATING_ELEMENTS_NOT_SUPPORTED,
HEX_CODE_TOO_LARGE,
INVALID_CONDITION,
SINGLE_BYTE_MATCH_IN_LOOKBEHIND,
INFINITE_LOOP,
MISSING_SUBPATTERN_NAME_TERMINATOR,
DUPLICATE_SUBPATTERN_NAME,
MALFORMED_PROPERTY,
UNKNOWN_PROPERTY,
SUBPATTERN_NAME_TOO_LONG,
TOO_MANY_SUBPATTERNS,
INVALID_OCTAL_VALUE,
TOO_MANY_BRANCHES_IN_DEFINE,
DEFINE_REPETION,
INCONSISTENT_NEWLINE_OPTIONS,
MISSING_BACK_REFERENCE,
INVALID_RELATIVE_REFERENCE,
BACKTRACKING_CONTROL_VERB_ARGUMENT_FORBIDDEN,
UNKNOWN_BACKTRACKING_CONTROL_VERB,
NUMBER_TOO_BIG,
MISSING_SUBPATTERN_NAME,
MISSING_DIGIT,
INVALID_DATA_CHARACTER,
EXTRA_SUBPATTERN_NAME,
BACKTRACKING_CONTROL_VERB_ARGUMENT_REQUIRED,
INVALID_CONTROL_CHAR,
MISSING_NAME,
NOT_SUPPORTED_IN_CLASS,
TOO_MANY_FORWARD_REFERENCES,
NAME_TOO_LONG,
CHARACTER_VALUE_TOO_LARGE
}
[CCode (cprefix = "G_REGEX_", has_type_id = false)]
[Flags]
public enum RegexCompileFlags {
CASELESS,
MULTILINE,
DOTALL,
EXTENDED,
ANCHORED,
DOLLAR_ENDONLY,
UNGREEDY,
RAW,
NO_AUTO_CAPTURE,
OPTIMIZE,
DUPNAMES,
NEWLINE_CR,
NEWLINE_LF,
NEWLINE_CRLF,
NEWLINE_ANYCRLF,
BSR_ANYCRLF,
JAVASCRIPT_COMPAT
}
[CCode (cprefix = "G_REGEX_MATCH_", has_type_id = false)]
[Flags]
public enum RegexMatchFlags {
ANCHORED,
NOTBOL,
NOTEOL,
NOTEMPTY,
PARTIAL,
NEWLINE_CR,
NEWLINE_LF,
NEWLINE_CRLF,
NEWLINE_ANY,
NEWLINE_ANYCRLF,
BSR_ANYCRLF,
BSR_ANY,
PARTIAL_SOFT,
PARTIAL_HARD,
NOTEMPTY_ATSTART
}
[Compact]
[CCode (ref_function = "g_regex_ref", unref_function = "g_regex_unref", type_id = "G_TYPE_REGEX")]
public class Regex {
public Regex (string pattern, RegexCompileFlags compile_options = 0, RegexMatchFlags match_options = 0) throws RegexError;
public unowned string get_pattern ();
public RegexCompileFlags get_compile_flags ();
public RegexMatchFlags get_match_flags ();
public int get_max_backref ();
public int get_max_lookbehind ();
public int get_capture_count ();
public int get_string_number (string name);
public static string escape_string (string str, int length = -1);
public static bool match_simple (string pattern, string str, RegexCompileFlags compile_options = 0, RegexMatchFlags match_options = 0);
public bool match (string str, RegexMatchFlags match_options = 0, out MatchInfo match_info = null);
public bool match_full (string str, ssize_t string_len = -1, int start_position = 0, RegexMatchFlags match_options = 0, out MatchInfo match_info = null) throws RegexError;
public bool match_all (string str, RegexMatchFlags match_options = 0, out MatchInfo match_info = null);
public bool match_all_full (string str, ssize_t string_len = -1, int start_position = 0, RegexMatchFlags match_options = 0, out MatchInfo match_info = null) throws RegexError;
[CCode (array_length = false, array_null_terminated = true)]
public static string[] split_simple (string pattern, string str, RegexCompileFlags compile_options = 0, RegexMatchFlags match_options = 0);
[CCode (array_length = false, array_null_terminated = true)]
public string[] split (string str, RegexMatchFlags match_options = 0);
[CCode (array_length = false, array_null_terminated = true)]
public string[] split_full (string str, ssize_t string_len = -1, int start_position = 0, RegexMatchFlags match_options = 0, int max_tokens = 0) throws RegexError;
public string replace (string str, ssize_t string_len, int start_position, string replacement, RegexMatchFlags match_options = 0) throws RegexError;
public string replace_literal (string str, ssize_t string_len, int start_position, string replacement, RegexMatchFlags match_options = 0) throws RegexError;
public string replace_eval (string str, ssize_t string_len, int start_position, RegexMatchFlags match_options, RegexEvalCallback eval) throws RegexError;
public static bool check_replacement (out bool has_references = null) throws RegexError;
}
public delegate bool RegexEvalCallback (MatchInfo match_info, StringBuilder result);
[Compact]
#if GLIB_2_30
[CCode (ref_function = "g_match_info_ref", unref_function = "g_match_info_unref", type_id = "G_TYPE_MATCH_INFO")]
#else
[CCode (free_function = "g_match_info_free")]
#endif
public class MatchInfo {
public unowned Regex get_regex ();
public unowned string get_string ();
public bool matches ();
public bool next () throws RegexError;
public int get_match_count ();
public bool is_partial_match ();
public string expand_references (string string_to_expand) throws RegexError;
public string? fetch (int match_num);
public bool fetch_pos (int match_num, out int start_pos, out int end_pos);
public string? fetch_named (string name);
public bool fetch_named_pos (string name, out int start_pos, out int end_pos);
[CCode (array_length = false, array_null_terminated = true)]
public string[] fetch_all ();
}
/* Simple XML Subset Parser
See http://live.gnome.org/Vala/MarkupSample for an example */
public errordomain MarkupError {
BAD_UTF8,
EMPTY,
PARSE,
UNKNOWN_ELEMENT,
UNKNOWN_ATTRIBUTE,
INVALID_CONTENT,
MISSING_ATTRIBUTE
}
[CCode (cprefix = "G_MARKUP_", has_type_id = false)]
[Flags]
public enum MarkupParseFlags {
TREAT_CDATA_AS_TEXT,
PREFIX_ERROR_POSITION
}
[Compact]
#if GLIB_2_36
[CCode (ref_function = "g_markup_parse_context_ref", unref_function = "g_markup_parse_context_unref", type_id = "G_TYPE_MARKUP_PARSE_CONTEXT")]
#else
[CCode (free_function = "g_markup_parse_context_free")]
#endif
public class MarkupParseContext {
public MarkupParseContext (MarkupParser parser, MarkupParseFlags _flags, void* user_data, DestroyNotify? user_data_dnotify);
public bool parse (string text, ssize_t text_len) throws MarkupError;
public bool end_parse () throws MarkupError;
public unowned string get_element ();
public unowned SList<string> get_element_stack ();
public void get_position (out int line_number, out int char_number);
public void push (MarkupParser parser, void* user_data);
public void* pop ();
public void* get_user_data ();
}
public delegate void MarkupParserStartElementFunc (MarkupParseContext context, string element_name, [CCode (array_length = false, array_null_terminated = true)] string[] attribute_names, [CCode (array_length = false, array_null_terminated = true)] string[] attribute_values) throws MarkupError;
public delegate void MarkupParserEndElementFunc (MarkupParseContext context, string element_name) throws MarkupError;
public delegate void MarkupParserTextFunc (MarkupParseContext context, string text, size_t text_len) throws MarkupError;
public delegate void MarkupParserPassthroughFunc (MarkupParseContext context, string passthrough_text, size_t text_len) throws MarkupError;
public delegate void MarkupParserErrorFunc (MarkupParseContext context, Error error);
public struct MarkupParser {
[CCode (delegate_target = false)]
public unowned MarkupParserStartElementFunc start_element;
[CCode (delegate_target = false)]
public unowned MarkupParserEndElementFunc end_element;
[CCode (delegate_target = false)]
public unowned MarkupParserTextFunc text;
[CCode (delegate_target = false)]
public unowned MarkupParserPassthroughFunc passthrough;
[CCode (delegate_target = false)]
public unowned MarkupParserErrorFunc error;
}
namespace Markup {
[CCode (cprefix = "G_MARKUP_COLLECT_", has_type_id = false)]
public enum CollectType {
INVALID,
STRING,
STRDUP,
BOOLEAN,
TRISTATE,
OPTIONAL
}
public static string escape_text (string text, ssize_t length = -1);
[PrintfFormat]
public static string printf_escaped (string format, ...);
public static string vprintf_escaped (string format, va_list args);
[CCode (sentinel = "G_MARKUP_COLLECT_INVALID")]
public static bool collect_attributes (string element_name, string[] attribute_names, string[] attribute_values, ...) throws MarkupError;
}
/* Key-value file parser */
public errordomain KeyFileError {
UNKNOWN_ENCODING,
PARSE,
NOT_FOUND,
KEY_NOT_FOUND,
GROUP_NOT_FOUND,
INVALID_VALUE
}
[Compact]
#if GLIB_2_32
[CCode (ref_function = "g_key_file_ref", unref_function = "g_key_file_unref", type_id = "G_TYPE_KEY_FILE")]
#else
[CCode (free_function = "g_key_file_free")]
#endif
public class KeyFile {
public KeyFile ();
public void set_list_separator (char separator);
public bool load_from_file (string file, KeyFileFlags @flags) throws KeyFileError, FileError;
public bool load_from_dirs (string file, [CCode (array_length = false, array_null_terminated = true)] string[] search_dirs, out string full_path, KeyFileFlags @flags) throws KeyFileError, FileError;
public bool load_from_data (string data, size_t length, KeyFileFlags @flags) throws KeyFileError;
public bool load_from_data_dirs (string file, out string full_path, KeyFileFlags @flags) throws KeyFileError, FileError;
// g_key_file_to_data never throws an error according to the documentation
public string to_data (out size_t length = null, out GLib.Error error = null);
public string get_start_group ();
[CCode (array_length_type = "gsize")]
public string[] get_groups ();
[CCode (array_length_type = "gsize")]
public string[] get_keys (string group_name) throws KeyFileError;
public bool has_group (string group_name);
public bool has_key (string group_name, string key) throws KeyFileError;
public string get_value (string group_name, string key) throws KeyFileError;
public string get_string (string group_name, string key) throws KeyFileError;
public string get_locale_string (string group_name, string key, string? locale = null) throws KeyFileError;
public bool get_boolean (string group_name, string key) throws KeyFileError;
public int get_integer (string group_name, string key) throws KeyFileError;
public int64 get_int64 (string group_name, string key) throws KeyFileError;
public uint64 get_uint64 (string group_name, string key) throws KeyFileError;
public double get_double (string group_name, string key) throws KeyFileError;
[CCode (array_length_type = "gsize")]
public string[] get_string_list (string group_name, string key) throws KeyFileError;
[CCode (array_length_type = "gsize")]
public string[] get_locale_string_list (string group_name, string key, string? locale = null) throws KeyFileError;
[CCode (array_length_type = "gsize")]
public bool[] get_boolean_list (string group_name, string key) throws KeyFileError;
[CCode (array_length_type = "gsize")]
public int[] get_integer_list (string group_name, string key) throws KeyFileError;
[CCode (array_length_type = "gsize")]
public double[] get_double_list (string group_name, string key) throws KeyFileError;
public string get_comment (string? group_name, string? key) throws KeyFileError;
public bool save_to_file (string filename) throws GLib.FileError;
public void set_value (string group_name, string key, string value);
public void set_string (string group_name, string key, string str);
public void set_locale_string (string group_name, string key, string locale, string str);
public void set_boolean (string group_name, string key, bool value);
public void set_integer (string group_name, string key, int value);
public void set_int64 (string group_name, string key, int64 value);
public void set_uint64 (string group_name, string key, uint64 value);
public void set_double (string group_name, string key, double value);
public void set_string_list (string group_name, string key, [CCode (type = "const gchar* const*")] string[] list);
public void set_locale_string_list (string group_name, string key, string locale, string[] list);
public void set_boolean_list (string group_name, string key, bool[] list);
public void set_integer_list (string group_name, string key, int[] list);
public void set_double_list (string group_name, string key, double[] list);
public void set_comment (string? group_name, string? key, string comment) throws KeyFileError;
public void remove_group (string group_name) throws KeyFileError;
public void remove_key (string group_name, string key) throws KeyFileError;
public void remove_comment (string group_name, string key) throws KeyFileError;
}
[CCode (cprefix = "G_KEY_FILE_", has_type_id = false)]
[Flags]
public enum KeyFileFlags {
NONE,
KEEP_COMMENTS,
KEEP_TRANSLATIONS
}
[CCode (cprefix = "G_KEY_FILE_DESKTOP_")]
namespace KeyFileDesktop {
public const string GROUP;
public const string KEY_ACTIONS;
public const string KEY_CATEGORIES;
public const string KEY_COMMENT;
public const string KEY_DBUS_ACTIVATABLE;
public const string KEY_EXEC;
public const string KEY_FULLNAME;
public const string KEY_GENERIC_NAME;
public const string KEY_GETTEXT_DOMAIN;
public const string KEY_HIDDEN;
public const string KEY_ICON;
public const string KEY_KEYWORDS;
public const string KEY_MIME_TYPE;
public const string KEY_NAME;
public const string KEY_NOT_SHOW_IN;
public const string KEY_NO_DISPLAY;
public const string KEY_ONLY_SHOW_IN;
public const string KEY_PATH;
public const string KEY_STARTUP_NOTIFY;
public const string KEY_STARTUP_WM_CLASS;
public const string KEY_TERMINAL;
public const string KEY_TRY_EXEC;
public const string KEY_TYPE;
public const string KEY_URL;
public const string KEY_VERSION;
public const string TYPE_APPLICATION;
public const string TYPE_DIRECTORY;
public const string TYPE_LINK;
}
/* Bookmark file parser */
[Compact]
[CCode (free_function = "g_bookmark_file_free")]
public class BookmarkFile {
public BookmarkFile ();
public bool load_from_file (string file) throws BookmarkFileError;
public bool load_from_data (string data, size_t length) throws BookmarkFileError;
public bool load_from_data_dirs (string file, out string full_path) throws BookmarkFileError;
public string to_data (out size_t length) throws BookmarkFileError;
public bool to_file (string filename) throws BookmarkFileError;
public bool has_item (string uri);
public bool has_group (string uri, string group) throws BookmarkFileError;
public bool has_application (string uri, string name) throws BookmarkFileError;
public int get_size ();
public string[] get_uris ();
public string get_title (string uri) throws BookmarkFileError;
public string get_description (string uri) throws BookmarkFileError;
public string get_mime_type (string uri) throws BookmarkFileError;
public bool get_is_private (string uri) throws BookmarkFileError;
public bool get_icon (string uri, out string href, out string mime_type) throws BookmarkFileError;
public time_t get_added (string uri) throws BookmarkFileError;
public time_t get_modified (string uri) throws BookmarkFileError;
public time_t get_visited (string uri) throws BookmarkFileError;
public string[] get_groups (string uri) throws BookmarkFileError;
public string[] get_applications (string uri) throws BookmarkFileError;
public bool get_app_info (string uri, string name, out string exec, out uint count, out time_t stamp) throws BookmarkFileError;
public void set_title (string uri, string title);
public void set_description (string uri, string description);
public void set_mime_type (string uri, string mime_type);
public void set_is_private (string uri, bool is_private);
public void set_icon (string uri, string href, string mime_type);
public void set_added (string uri, time_t added);
public void set_groups (string uri, string[] groups);
public void set_modified (string uri, time_t modified);
public void set_visited (string uri, time_t visited);
public bool set_app_info (string uri, string name, string exec, int count, time_t stamp) throws BookmarkFileError;
public void add_group (string uri, string group);
public void add_application (string uri, string name, string exec);
public bool remove_group (string uri, string group) throws BookmarkFileError;
public bool remove_application (string uri, string name) throws BookmarkFileError;
public bool remove_item (string uri) throws BookmarkFileError;
public bool move_item (string old_uri, string new_uri) throws BookmarkFileError;
}
public errordomain BookmarkFileError {
INVALID_URI,
INVALID_VALUE,
APP_NOT_REGISTERED,
URI_NOT_FOUND,
READ,
UNKNOWN_ENCODING,
WRITE,
FILE_NOT_FOUND
}
/* Testing */
namespace Test {
[CCode (cprefix = "G_TEST_", has_type_id = false)]
public enum FileType {
DIST,
BUILT
}
[PrintfFormat]
public static void minimized_result (double minimized_quantity, string format, ...);
[PrintfFormat]
public static void maximized_result (double maximized_quantity, string format, ...);
public static void init ([CCode (array_length_pos = 0.9)] ref unowned string[] args, ...);
public static bool quick ();
public static bool slow ();
public static bool thorough ();
public static bool perf ();
public static bool verbose ();
public static bool quiet ();
public static int run ();
#if GLIB_2_26
public static void add_func (string testpath, TestFunc test_funcvoid);
#else
public static void add_func (string testpath, Callback test_funcvoid);
#endif
public static void add_data_func (string testpath, [CCode (delegate_target_pos = 1.9)] TestDataFunc test_funcvoid);
public static string build_filename (GLib.Test.FileType file_type, params string[] path_segments);
public static void fail ();
public static bool failed ();
public static unowned string get_dir (GLib.Test.FileType file_type);
public static unowned string get_filename (GLib.Test.FileType file_type, params string[] path_segments);
public static void incomplete (string msg);
[PrintfFormat]
public static void message (string format, ...);
public static void set_nonfatal_assertions ();
public static void skip (string msg);
public static bool subprocess ();
public static void bug_base (string uri_pattern);
public static void bug (string bug_uri_snippet);
public static void timer_start ();
public static double timer_elapsed ();
public static double timer_last ();
[Deprecated (since = "2.38", replacement = "trap_subprocess")]
public static bool trap_fork (uint64 usec_timeout, TestTrapFlags test_trap_flags);
public static bool trap_has_passed ();
public static bool trap_reached_timeout ();
public static void trap_subprocess (string test_path, uint64 usec_timeout, TestSubprocessFlags test_flags);
public static void trap_assert_passed ();
public static void trap_assert_failed ();
public static void trap_assert_stdout (string soutpattern);
public static void trap_assert_stdout_unmatched (string soutpattern);
public static void trap_assert_stderr (string serrpattern);
public static void trap_assert_stderr_unmatched (string serrpattern);
public static bool rand_bit ();
public static int32 rand_int ();
public static int32 rand_int_range (int32 begin, int32 end);
public static double rand_double ();
public static double rand_double_range (double begin, double end);
public static void log_set_fatal_handler (LogFatalFunc log_func);
}
public delegate bool LogFatalFunc (string? log_domain, LogLevelFlags log_levels, string message);
[Compact]
[CCode (cname = "GTestCase", ref_function = "", unref_function = "")]
public class TestCase {
[CCode (cname = "g_test_create_case")]
#if GLIB_2_26
public TestCase (string test_name, [CCode (delegate_target_pos = 1.9)] TestFixtureFunc data_setup, [CCode (delegate_target_pos = 1.9)] TestFixtureFunc data_func, [CCode (delegate_target_pos = 1.9)] TestFixtureFunc data_teardown, [CCode (pos = 1.8)] size_t data_size = 0);
#else
public TestCase (string test_name, [CCode (delegate_target_pos = 1.9, type = "void (*) (void)")] TestFunc data_setup, [CCode (delegate_target_pos = 1.9, type = "void (*) (void)")] TestFunc data_func, [CCode (delegate_target_pos = 1.9, type = "void (*) (void)")] TestFunc data_teardown, [CCode (pos = 1.8)] size_t data_size = 0);
#endif
}
[Compact]
[CCode (cname = "GTestSuite", ref_function = "", unref_function = "")]
public class TestSuite {
[CCode (cname = "g_test_create_suite")]
public TestSuite (string name);
[CCode (cname = "g_test_get_root")]
public static TestSuite get_root ();
[CCode (cname = "g_test_suite_add")]
public void add (TestCase test_case);
[CCode (cname = "g_test_suite_add_suite")]
public void add_suite (TestSuite test_suite);
}
#if GLIB_2_26
[CCode (has_target = false)]
public delegate void TestFunc ();
public delegate void TestDataFunc ();
public delegate void TestFixtureFunc (void* fixture);
#else
public delegate void TestFunc (void* fixture);
public delegate void TestDataFunc ();
#endif
[CCode (cprefix = "G_TEST_SUBPROCESS_INHERIT_", has_type_id = false)]
[Flags]
public enum TestSubprocessFlags {
STDIN,
STDOUT,
STDERR
}
[Flags]
[CCode (cprefix = "G_TEST_TRAP_", has_type_id = false)]
public enum TestTrapFlags {
SILENCE_STDOUT,
SILENCE_STDERR,
INHERIT_STDIN
}
/* Doubly-Linked Lists */
[Compact]
[CCode (dup_function = "g_list_copy", free_function = "g_list_free")]
public class List<G> {
public List ();
[ReturnsModifiedPointer ()]
public void append (owned G data);
[ReturnsModifiedPointer ()]
public void prepend (owned G data);
[ReturnsModifiedPointer ()]
public void insert (owned G data, int position);
[ReturnsModifiedPointer ()]
public void insert_before (List<G> sibling, owned G data);
[ReturnsModifiedPointer ()]
public void insert_sorted (owned G data, CompareFunc<G> compare_func);
[ReturnsModifiedPointer ()]
public void remove (G data);
[ReturnsModifiedPointer ()]
public void remove_link (List<G> llink);
[ReturnsModifiedPointer ()]
public void delete_link (List<G> link_);
[ReturnsModifiedPointer ()]
public void remove_all (G data);
public uint length ();
public List<unowned G> copy ();
[ReturnsModifiedPointer ()]
public void reverse ();
[ReturnsModifiedPointer ()]
public void sort (CompareFunc<G> compare_func);
[ReturnsModifiedPointer ()]
public void insert_sorted_with_data (owned G data, CompareDataFunc<G> compare_func);
[ReturnsModifiedPointer ()]
public void sort_with_data (CompareDataFunc<G> compare_func);
[ReturnsModifiedPointer ()]
public void concat (owned List<G> list2);
public void @foreach (Func<G> func);
public unowned List<G> first ();
public unowned List<G> last ();
public unowned List<G> nth (uint n);
public unowned G nth_data (uint n);
public unowned List<G> nth_prev (uint n);
public unowned List<G> find (G data);
public unowned List<G> find_custom (G data, CompareFunc<G> func);
[CCode (cname = "g_list_find_custom", simple_generics = true)]
public unowned List<G> search<T> (T data, SearchFunc<T,G> func);
public int position (List<G> llink);
public int index (G data);
public G data;
public List<G> next;
public unowned List<G> prev;
}
/* Singly-Linked Lists */
[Compact]
[CCode (dup_function = "g_slist_copy", free_function = "g_slist_free")]
public class SList<G> {
public SList ();
[ReturnsModifiedPointer ()]
public void append (owned G data);
[ReturnsModifiedPointer ()]
public void prepend (owned G data);
[ReturnsModifiedPointer ()]
public void insert (owned G data, int position);
[ReturnsModifiedPointer ()]
public void insert_before (SList<G> sibling, owned G data);
[ReturnsModifiedPointer ()]
public void insert_sorted (owned G data, CompareFunc<G> compare_func);
[ReturnsModifiedPointer ()]
public void remove (G data);
[ReturnsModifiedPointer ()]
public void remove_link (SList<G> llink);
[ReturnsModifiedPointer ()]
public void delete_link (SList<G> link_);
[ReturnsModifiedPointer ()]
public void remove_all (G data);
public uint length ();
public SList<unowned G> copy ();
[ReturnsModifiedPointer ()]
public void reverse ();
[ReturnsModifiedPointer ()]
public void insert_sorted_with_data (owned G data, CompareDataFunc<G> compare_func);
[ReturnsModifiedPointer ()]
public void sort (CompareFunc<G> compare_func);
[ReturnsModifiedPointer ()]
public void sort_with_data (CompareDataFunc<G> compare_func);
[ReturnsModifiedPointer ()]
public void concat (owned SList<G> list2);
public void @foreach (Func<G> func);
public unowned SList<G> last ();
public unowned SList<G> nth (uint n);
public unowned G nth_data (uint n);
public unowned SList<G> find (G data);
public unowned SList<G> find_custom (G data, CompareFunc<G> func);
[CCode (cname = "g_slist_find_custom", simple_generics = true)]
public unowned SList<G> search<T> (T data, SearchFunc<T,G> func);
public int position (SList<G> llink);
public int index (G data);
public G data;
public SList<G> next;
}
[CCode (has_target = false)]
public delegate int CompareFunc<G> (G a, G b);
public delegate int CompareDataFunc<G> (G a, G b);
[CCode (cname = "g_strcmp0")]
public static GLib.CompareFunc<string> strcmp;
[CCode (cname = "GCompareFunc", has_target = false)]
public delegate int SearchFunc<G,T> (G a, T b);
/* Double-ended Queues */
[Compact]
[CCode (dup_function = "g_queue_copy", free_function = "g_queue_free")]
public class Queue<G> {
public unowned List<G> head;
public unowned List<G> tail;
public uint length;
public Queue ();
public void clear ();
public bool is_empty ();
public uint get_length ();
public void reverse ();
public Queue copy ();
public unowned List<G> find (G data);
public unowned List<G> find_custom (G data, CompareFunc<G> func);
[CCode (cname = "g_queue_find_custom", simple_generics = true)]
public unowned List<G> search<T> (T data, SearchFunc<T,G> func);
public void sort (CompareDataFunc<G> compare_func);
public void push_head (owned G data);
public void push_tail (owned G data);
public void push_nth (owned G data, int n);
public G pop_head ();
public G pop_tail ();
public G pop_nth (uint n);
public unowned G peek_head ();
public unowned G peek_tail ();
public unowned G peek_nth (uint n);
public int index (G data);
public void remove (G data);
public void remove_all (G data);
public void delete_link (List<G> link);
public void unlink (List<G> link);
public void insert_before (List<G> sibling, owned G data);
public void insert_after (List<G> sibling, owned G data);
public void insert_sorted (owned G data, CompareDataFunc<G> func);
}
/* Sequences */
[Compact]
[CCode (free_function = "g_sequence_free")]
public class Sequence<G> {
[CCode (simple_generics = true)]
public Sequence ();
public int get_length ();
public void @foreach (Func<G> func);
public void sort (CompareDataFunc<G> cmp_func);
public void sort_iter (SequenceIterCompareFunc<G> func);
public SequenceIter<G> get_begin_iter ();
public SequenceIter<G> get_end_iter ();
public SequenceIter<G> get_iter_at_pos (int pos);
public SequenceIter<G> append (owned G data);
public SequenceIter<G> prepend (owned G data);
public SequenceIter<G> insert_sorted (owned G data, CompareDataFunc<G> cmp_func);
public SequenceIter<G> insert_sorted_iter (owned G data, SequenceIterCompareFunc<G> iter_cmp);
public SequenceIter<G> search (G data, CompareDataFunc<G> cmp_func);
public SequenceIter<G> search_iter (G data, SequenceIterCompareFunc<G> iter_cmp);
public SequenceIter<G> lookup (G data, CompareDataFunc<G> cmp_func);
public SequenceIter<G> lookup_iter (G data, SequenceIterCompareFunc<G> iter_cmp);
[Deprecated (since = "vala-0.26", replacement = "SequenceIter.foreach_range")]
public static void foreach_range (SequenceIter<G> begin, SequenceIter<G> end, Func<G> func);
[Deprecated (since = "vala-0.26", replacement = "SequenceIter.insert_before")]
public static SequenceIter<G> insert_before (SequenceIter<G> iter, owned G data);
[Deprecated (since = "vala-0.26", replacement = "SequenceIter.move_to")]
public static void move (SequenceIter<G> src, SequenceIter<G> dest);
[Deprecated (since = "vala-0.26", replacement = "SequenceIter.swap")]
public static void swap (SequenceIter<G> src, SequenceIter<G> dest);
[Deprecated (since = "vala-0.26", replacement = "SequenceIter.sort_changed")]
public static void sort_changed (SequenceIter<G> iter, CompareDataFunc<G> cmp_func);
[Deprecated (since = "vala-0.26", replacement = "SequenceIter.sort_changed_iter")]
public static void sort_changed_iter (SequenceIter<G> iter, SequenceIterCompareFunc<G> iter_cmp);
[Deprecated (since = "vala-0.26", replacement = "SequenceIter.remove")]
public static void remove (SequenceIter<G> iter);
[Deprecated (since = "vala-0.26", replacement = "SequenceIter.remove_range")]
public static void remove_range (SequenceIter<G> begin, SequenceIter<G> end);
[Deprecated (since = "vala-0.26", replacement = "SequenceIter.move_range")]
public static void move_range (SequenceIter<G> dest, SequenceIter<G> begin, SequenceIter<G> end);
[Deprecated (since = "vala-0.26", replacement = "SequenceIter.get")]
public static unowned G get (SequenceIter<G> iter);
[Deprecated (since = "vala-0.26", replacement = "SequenceIter.set")]
public static void set (SequenceIter<G> iter, owned G data);
[Deprecated (since = "vala-0.26", replacement = "SequenceIter.range_get_midpoint")]
public static SequenceIter<G> range_get_midpoint (SequenceIter<G> begin, SequenceIter<G> end);
}
[Compact]
[CCode (ref_function = "", unref_function = "")]
public class SequenceIter<G> {
public bool is_begin ();
public bool is_end ();
public SequenceIter<G> next ();
public SequenceIter<G> prev ();
public int get_position ();
public SequenceIter<G> move (int delta);
public unowned Sequence<G> get_sequence ();
public int compare (SequenceIter<G> other);
[CCode (cname = "g_sequence_foreach_range")]
public void foreach_range (SequenceIter<G> end, Func<G> func);
[CCode (cname = "g_sequence_insert_before")]
public SequenceIter<G> insert_before (owned G data);
[CCode (cname = "g_sequence_move")]
public void move_to (SequenceIter<G> dest);
[CCode (cname = "g_sequence_swap")]
public void swap (SequenceIter<G> dest);
[CCode (cname = "g_sequence_sort_changed")]
public void sort_changed (CompareDataFunc<G> cmp_func);
[CCode (cname = "g_sequence_sort_changed_iter")]
public void sort_changed_iter (SequenceIterCompareFunc<G> iter_cmp);
[CCode (cname = "g_sequence_remove")]
public void remove ();
[CCode (cname = "g_sequence_remove_range")]
public void remove_range (SequenceIter<G> end);
[CCode (cname = "g_sequence_move_range")]
public void move_range (SequenceIter<G> begin, SequenceIter<G> end);
[CCode (cname = "g_sequence_get")]
public unowned G get ();
[CCode (cname = "g_sequence_set")]
public void set (owned G data);
[CCode (cname = "g_sequence_range_get_midpoint")]
public SequenceIter<G> range_get_midpoint (SequenceIter<G> end);
}
public delegate int SequenceIterCompareFunc<G> (SequenceIter<G> a, SequenceIter<G> b);
/* Hash Tables */
[Compact]
[CCode (ref_function = "g_hash_table_ref", unref_function = "g_hash_table_unref", type_id = "G_TYPE_HASH_TABLE", type_signature = "a{%s}")]
public class HashTable<K,V> {
[CCode (cname = "g_hash_table_new_full", simple_generics = true)]
public HashTable (HashFunc<K>? hash_func, EqualFunc<K>? key_equal_func);
public HashTable.full (HashFunc<K>? hash_func, EqualFunc<K>? key_equal_func, DestroyNotify? key_destroy_func, DestroyNotify? value_destroy_func);
public void insert (owned K key, owned V value);
public void replace (owned K key, owned V value);
[Deprecated (since = "vala-0.26", replacement = "GenericSet.add")]
public void add (owned K key);
public unowned V? lookup (K key);
public bool lookup_extended (K lookup_key, out unowned K orig_key, out unowned V value);
public bool contains (K key);
public bool remove (K key);
public void remove_all ();
public uint foreach_remove (HRFunc<K,V> predicate);
[CCode (cname = "g_hash_table_lookup")]
public unowned V? @get (K key);
[CCode (cname = "g_hash_table_insert")]
public void @set (owned K key, owned V value);
public List<unowned K> get_keys ();
#if VALA_0_26
public (unowned K)[] get_keys_as_array ();
#endif
public List<unowned V> get_values ();
public void @foreach (HFunc<K,V> func);
[CCode (cname = "g_hash_table_foreach")]
public void for_each (HFunc<K,V> func);
public unowned V? find (HRFunc<K,V> predicate);
public uint size ();
public bool steal (K key);
public void steal_all ();
[CCode (cname = "_vala_g_hash_table_take")]
public V? take (K key, out bool exists = null) {
GLib.HashTable<K,V>? ht = null;
void** htp = &ht;
*htp = this.lookup (key);
exists = this.steal (key);
return ht;
}
public uint length {
[CCode (cname = "g_hash_table_size")]
get;
}
}
public struct HashTableIter<K,V> {
public HashTableIter (GLib.HashTable<K,V> table);
public bool next ([CCode (type = "gpointer*")] out unowned K key, [CCode (type = "gpointer*")] out unowned V value);
public void remove ();
public void steal ();
public unowned GLib.HashTable<K,V> get_hash_table ();
}
[Compact, CCode (cname = "GHashTable", lower_case_cprefix = "g_hash_table_", ref_function = "g_hash_table_ref", unref_function = "g_hash_table_unref", type_id = "G_TYPE_HASH_TABLE", type_signature = "a{%s}")]
public class GenericSet<T> {
[CCode (cname = "g_hash_table_new_full", simple_generics = true)]
public GenericSet (HashFunc<T>? hash_func, EqualFunc<T>? equal_func, GLib.DestroyNotify? always_pass_null_here = null);
public void add (owned T value);
public bool contains (T valule);
public bool remove (T value);
public void remove_all ();
public GLib.List<unowned T> get_values ();
[CCode (cname = "g_hash_table_iter_init", instance_pos = -1)]
public GLib.GenericSetIter<T> iterator ();
[CCode (cname = "_vala_g_hash_set_foreach")]
public void @foreach (GLib.Func<T> func) {
((GLib.HashTable<unowned T,T>) this).foreach ((k, v) => func (v));
}
public uint length {
[CCode (cname = "g_hash_table_size")]
get;
}
}
[CCode (cname = "GHashTableIter", lower_case_cprefix = "g_hash_table_iter_")]
public struct GenericSetIter<T> {
[CCode (cname = "_vala_hash_set_next_value")]
public unowned T? next_value () {
void* vi = &this;
GLib.HashTableIter<unowned T,T>* htp = vi;
unowned T? value;
return htp->next (out value, null) ? value : null;
}
public void remove ();
}
[CCode (has_target = false)]
public delegate uint HashFunc<K> (K key);
[CCode (has_target = false)]
public delegate bool EqualFunc<G> (G a, G b);
public delegate void HFunc<K,V> (K key, V value);
public delegate bool HRFunc<K,V> (K key, V value);
[CCode (has_target = false)]
public delegate void DestroyNotify (void* data);
[CCode (cname = "g_direct_hash")]
public static GLib.HashFunc<void*> direct_hash;
[CCode (cname = "g_direct_equal")]
public static GLib.EqualFunc<void*> direct_equal;
[CCode (cname = "g_int64_hash")]
public static GLib.HashFunc<int64?> int64_hash;
[CCode (cname = "g_int64_equal")]
public static GLib.EqualFunc<int64?> int64_equal;
[CCode (cname = "g_int_hash")]
public static GLib.HashFunc<int?> int_hash;
[CCode (cname = "g_int_equal")]
public static GLib.EqualFunc<int?> int_equal;
[CCode (cname = "g_str_hash")]
public static GLib.HashFunc<string> str_hash;
[CCode (cname = "g_str_equal")]
public static GLib.EqualFunc<string> str_equal;
[CCode (cname = "g_free")]
public static GLib.DestroyNotify g_free;
[CCode (cname = "g_object_unref")]
public static GLib.DestroyNotify g_object_unref;
[CCode (cname = "g_list_free")]
public static GLib.DestroyNotify g_list_free;
[CCode (cname = "((GDestroyNotify) g_variant_unref)")]
public static GLib.DestroyNotify g_variant_unref;
/* Strings */
[Compact]
[GIR (name = "String")]
[CCode (cname = "GString", cprefix = "g_string_", free_function = "g_string_free", type_id = "G_TYPE_GSTRING")]
public class StringBuilder {
public StringBuilder (string init = "");
[CCode (cname = "g_string_sized_new")]
public StringBuilder.sized (size_t dfl_size);
public unowned StringBuilder assign (string rval);
public unowned StringBuilder append (string val);
public unowned StringBuilder append_c (char c);
public unowned StringBuilder append_unichar (unichar wc);
public unowned StringBuilder append_len (string val, ssize_t len);
public unowned StringBuilder prepend (string val);
public unowned StringBuilder prepend_c (char c);
public unowned StringBuilder prepend_unichar (unichar wc);
public unowned StringBuilder prepend_len (string val, ssize_t len);
public unowned StringBuilder insert (ssize_t pos, string val);
public unowned StringBuilder insert_len (ssize_t pos, string val, ssize_t len);
public unowned StringBuilder insert_unichar (ssize_t pos, unichar wc);
public unowned StringBuilder overwrite (size_t pos, string val);
public unowned StringBuilder overwrite_len (size_t pos, string val, ssize_t len);
public unowned StringBuilder erase (ssize_t pos = 0, ssize_t len = -1);
public unowned StringBuilder truncate (size_t len = 0);
[PrintfFormat]
public void printf (string format, ...);
[PrintfFormat]
public void append_printf (string format, ...);
public void vprintf (string format, va_list args);
public void append_vprintf (string format, va_list args);
public string str;
public ssize_t len;
public ssize_t allocated_len;
public uint8[] data {
get {
unowned uint8[] res = (uint8[]) this.str;
res.length = (int) this.len;
return res;
}
}
public static Bytes free_to_bytes (StringBuilder str);
}
/* String Chunks */
[Compact]
[CCode (free_function = "g_string_chunk_free")]
public class StringChunk {
public StringChunk (size_t size);
public unowned string insert (string str);
public unowned string insert_const (string str);
public unowned string insert_len (string str, ssize_t len);
public void clear ();
}
/* Pointer Arrays */
[Compact, Deprecated (since = "vala-0.26", replacement="GenericArray")]
[CCode (ref_function = "g_ptr_array_ref", unref_function = "g_ptr_array_unref", type_id = "G_TYPE_PTR_ARRAY")]
public class PtrArray {
public PtrArray ();
public PtrArray.with_free_func (GLib.DestroyNotify? element_free_func);
[CCode (cname = "g_ptr_array_sized_new")]
public PtrArray.sized (uint reserved_size);
public void add (void* data);
public void foreach (GLib.Func<void*> func);
[CCode (cname = "g_ptr_array_index")]
public void* index(uint index);
public bool remove (void* data);
public void* remove_index (uint index);
public bool remove_fast (void *data);
public void remove_index_fast (uint index);
public void remove_range (uint index, uint length);
public void sort (CompareFunc<void**> compare_func);
public void sort_with_data (CompareDataFunc<void**> compare_func);
public void set_free_func (GLib.DestroyNotify? element_free_function);
public void set_size (int length);
public uint len;
public void** pdata;
}
[Compact]
[CCode (cname = "GPtrArray", cprefix = "g_ptr_array_", ref_function = "g_ptr_array_ref", unref_function = "g_ptr_array_unref", type_id = "G_TYPE_PTR_ARRAY")]
[GIR (name = "PtrArray")]
public class GenericArray<G> {
#if GLIB_2_30
[CCode (cname = "g_ptr_array_new_full", simple_generics = true)]
public GenericArray (uint reserved_size = 0);
#else
[CCode (cname = "g_ptr_array_new_with_free_func", simple_generics = true)]
public GenericArray ();
#endif
public void add (owned G data);
public void foreach (GLib.Func<G> func);
[CCode (cname = "g_ptr_array_index")]
public unowned G get (uint index);
public void insert (int index, owned G data);
public bool remove (G data);
public void remove_index (uint index);
public bool remove_fast (G data);
public void remove_index_fast (uint index);
public void remove_range (uint index, uint length);
public void set (uint index, owned G data) {
this.add ((owned) data);
this.remove_index_fast (index);
}
[CCode (cname = "vala_g_ptr_array_sort")]
public void sort (GLib.CompareFunc<G> compare_func) {
this._sort_with_data ((a, b) => {
return compare_func ((G**) (*a), (G**) (*b));
});
}
[CCode (cname = "g_ptr_array_sort_with_data")]
public void _sort_with_data (GLib.CompareDataFunc<G**> compare_func);
[CCode (cname = "vala_g_ptr_array_sort_with_data")]
public void sort_with_data (GLib.CompareDataFunc<G> compare_func) {
this._sort_with_data ((a, b) => {
return compare_func ((G**) (*a), (G**) (*b));
});
}
private void set_size (int length);
public int length {
get { return (int) this.len; }
set { this.set_size (value); }
}
[CCode (cname = "pdata", array_length_cname = "len", array_length_type = "guint")]
public G[] data;
private uint len;
}
[Compact]
[CCode (cprefix = "g_bytes_", ref_function = "g_bytes_ref", unref_function = "g_bytes_unref", type_id = "G_TYPE_BYTES")]
public class Bytes {
public Bytes ([CCode (array_length_type = "gsize")] uint8[] data);
public Bytes.take ([CCode (array_length_type = "gsize")] owned uint8[] data);
public Bytes.static ([CCode (array_length_type = "gsize")] uint8[] data);
public Bytes.with_free_func ([CCode (array_length_type = "gsize")] owned uint8[] data, GLib.DestroyNotify? free_func = GLib.g_free);
public Bytes.from_bytes (GLib.Bytes bytes, size_t offset, size_t length);
[CCode (cname = "g_bytes_new_with_free_func", simple_generics = true)]
public static Bytes new_with_owner<T> ([CCode (array_length_type = "gsize")] uint8[] data, [CCode (destroy_notify_pos = 1.9)] owned T? owner = null);
[CCode (array_length_type = "gsize")]
public unowned uint8[] get_data ();
public size_t get_size ();
public uint hash ();
public int compare (GLib.Bytes bytes2);
public static uint8[] unref_to_data (owned GLib.Bytes bytes);
public static GLib.ByteArray unref_to_array (owned GLib.Bytes bytes);
[CCode (cname = "_vala_g_bytes_get")]
public uint8 get (int index) {
unowned uint8[] data = this.get_data ();
return data[index];
}
[CCode (cname = "_vala_g_bytes_slice")]
public GLib.Bytes slice (int start, int end) {
unowned uint8[] data = this.get_data ();
return new GLib.Bytes (data[start:end]);
}
public int length {
[CCode (cname = "_vala_g_bytes_get_length")]
get {
return (int) this.get_size ();
}
}
}
/* Byte Arrays */
[Compact]
[CCode (cprefix = "g_byte_array_", ref_function = "g_byte_array_ref", unref_function = "g_byte_array_unref", type_id = "G_TYPE_BYTE_ARRAY")]
public class ByteArray {
public ByteArray ();
[CCode (cname = "g_byte_array_sized_new")]
public ByteArray.sized (uint reserved_size);
public ByteArray.take (owned uint8[] data);
public void append (uint8[] data);
public static GLib.Bytes free_to_bytes (owned GLib.ByteArray array);
public void prepend (uint8[] data);
public void remove_index (uint index);
public void remove_index_fast (uint index);
public void remove_range (uint index, uint length);
public void sort (CompareFunc<int8> compare_func);
public void sort_with_data (CompareDataFunc<int8> compare_func);
public void set_size (uint length);
public uint len;
[CCode (array_length_cname = "len", array_length_type = "guint")]
public uint8[] data;
}
/* N-ary Trees */
public delegate bool NodeTraverseFunc (Node node);
public delegate void NodeForeachFunc (Node node);
[CCode (cprefix = "G_TRAVERSE_")]
public enum TraverseFlags {
LEAVES,
NON_LEAVES,
ALL,
MASK,
LEAFS,
NON_LEAFS
}
[Compact]
[CCode (dup_function = "g_node_copy", free_function = "g_node_destroy")]
public class Node<G> {
public Node(owned G? data = null);
public Node<unowned G> copy ();
public unowned Node<G> insert (int position, owned Node<G> node);
public unowned Node<G> insert_before (Node<G> sibling, owned Node<G> node);
public unowned Node<G> insert_after (Node<G> sibling, owned Node<G> node);
public unowned Node<G> append (owned Node<G> node);
public unowned Node<G> prepend (owned Node<G> node);
public unowned Node<G> insert_data (int position, owned G data);
public unowned Node<G> insert_data_before (Node<G> sibling, owned G data);
public unowned Node<G> append_data (owned G data);
public unowned Node<G> prepend_data (owned G data);
public void reverse_children ();
public void traverse (TraverseType order, TraverseFlags flags, int max_depth, NodeTraverseFunc func);
public void children_foreach (TraverseFlags flags, NodeForeachFunc func);
public unowned Node<G> get_root ();
public unowned Node<G> find (TraverseType order, TraverseFlags flags, G data);
public unowned Node<G> find_child (TraverseFlags flags, G data);
public int child_index (G data);
public int child_position (Node<G> child);
public unowned Node<G> first_child ();
public unowned Node<G> last_child ();
public unowned Node<G> nth_child (uint n);
public unowned Node<G> first_sibling ();
public unowned Node<G> next_sibling ();
public unowned Node<G> prev_sibling ();
public unowned Node<G> last_sibling ();
[CCode (cname = "G_NODE_IS_LEAF")]
public bool is_leaf ();
[CCode (cname = "G_NODE_IS_ROOT")]
public bool is_root ();
public bool is_ancestor (Node<G> descendant);
public uint depth ();
public uint n_nodes (TraverseFlags flags);
public uint n_children ();
public uint max_height ();
[CCode (cname = "g_node_unlink")]
public void _unlink ();
[CCode (cname = "g_node_unlink_vala")]
public Node<G> unlink ()
{
void *ptr = this;
_unlink ();
return (Node<G>) (owned) ptr;
}
public G data;
public Node next;
public Node prev;
public Node parent;
public Node children;
}
/* Quarks */
[CCode (type_id = "G_TYPE_UINT")]
public struct Quark : uint32 {
public static Quark from_string (string str);
public static Quark try_string (string str);
public unowned string to_string ();
}
/* Keyed Data Lists */
[CCode (cname = "GData*")]
public struct Datalist<G> {
public Datalist ();
public void clear ();
public unowned G id_get_data (Quark key_id);
public void id_set_data (Quark key_id, owned G data);
public void id_set_data_full (Quark key_id, owned G data, DestroyNotify? destroy_func);
public void id_remove_data (Quark key_id);
public G id_remove_no_notify (Quark key_id);
public void @foreach (DataForeachFunc func);
public unowned G get_data (string key);
public void set_data_full (string key, owned G data, DestroyNotify? destry_func);
public G remove_no_notify (string key);
public void set_data (string key, owned G data);
public void remove_data (string key);
}
public delegate void DataForeachFunc<G> (Quark key_id, G data);
/* GArray */
[Compact]
[CCode (ref_function = "g_array_ref", unref_function = "g_array_unref", type_id = "G_TYPE_ARRAY")]
public class Array<G> {
[CCode (cname = "len")]
public uint length;
[CCode (cname = "data", array_length_cname = "len", array_length_type = "uint")]
public G[] data;
public Array (bool zero_terminated = true, bool clear = true, ulong element_size = 0);
[CCode (cname = "g_array_sized_new")]
public Array.sized (bool zero_terminated, bool clear, ulong element_size, uint reserved_size);
public void append_val (owned G value);
public void append_vals (void* data, uint len);
public void prepend_val (owned G value);
public void prepend_vals (void* data, uint len);
public void insert_val (uint index, owned G value);
public void insert_vals (uint index, void* data, uint len);
public void remove_index (uint index);
public void remove_index_fast (uint index);
public void remove_range (uint index, uint length);
public void sort (CompareFunc<G> compare_func);
public void sort_with_data (CompareDataFunc<G> compare_func);
[CCode (generic_type_pos = 0.1)]
public unowned G index (uint index);
public void set_size (uint length);
}
/* GTree */
public delegate bool TraverseFunc<K,V> (K key, V value);
[CCode (cprefix = "G_", has_type_id = false)]
public enum TraverseType {
IN_ORDER,
PRE_ORDER,
POST_ORDER,
LEVEL_ORDER
}
public delegate int TreeSearchFunc<K> (K key);
[Compact]
[CCode (ref_function = "g_tree_ref", unref_function = "g_tree_unref")]
public class Tree<K,V> {
[CCode (cname = "g_tree_new_full", simple_generics = true)]
public Tree (CompareDataFunc<K> key_compare_func);
[Deprecated (since = "vala-0.20", replacement = "Tree ()")]
public Tree.with_data (CompareDataFunc<K> key_compare_func);
public Tree.full (CompareDataFunc<K> key_compare_func, DestroyNotify? key_destroy_func, DestroyNotify? value_destroy_func);
public void insert (owned K key, owned V value);
public void replace (owned K key, owned V value);
public int nnodes ();
public int height ();
public unowned V lookup (K key);
public bool lookup_extended (K lookup_key, out unowned K orig_key, out unowned V value);
public void foreach (TraverseFunc<K,V> traverse_func);
public unowned V search (TreeSearchFunc<K> search_func);
[CCode (cname = "g_tree_search")]
public unowned V search_key (CompareFunc<K> search_func, K key);
public bool remove (K key);
public bool steal (K key);
}
/* Internationalization */
[CCode (cname = "_", cheader_filename = "glib.h,glib/gi18n-lib.h")]
public static unowned string _ (string str);
[CCode (cname = "Q_", cheader_filename = "glib.h,glib/gi18n-lib.h")]
public static unowned string Q_ (string str);
[CCode (cname = "N_", cheader_filename = "glib.h,glib/gi18n-lib.h")]
public static unowned string N_ (string str);
[CCode (cname = "C_", cheader_filename = "glib.h,glib/gi18n-lib.h")]
public static unowned string C_ (string context, string str);
[CCode (cname = "NC_", cheader_filename = "glib.h,glib/gi18n-lib.h")]
public static unowned string NC_ (string context, string str);
[CCode (cname = "ngettext", cheader_filename = "glib.h,glib/gi18n-lib.h")]
public static unowned string ngettext (string msgid, string msgid_plural, ulong n);
[CCode (cname = "g_dgettext", cheader_filename = "glib/gi18n-lib.h")]
public static unowned string dgettext (string? domain, string msgid);
[CCode (cname = "g_dcgettext", cheader_filename = "glib/gi18n-lib.h")]
public static unowned string dcgettext (string? domain, string msgid, int category);
[CCode (cname = "g_dngettext", cheader_filename = "glib/gi18n-lib.h")]
public static unowned string dngettext (string? domain, string msgid, string msgid_plural, ulong n);
[CCode (cname = "g_dpgettext", cheader_filename = "glib/gi18n-lib.h")]
public static unowned string dpgettext (string? domain, string msgctxid, size_t msgidoffset);
[CCode (cname = "g_dpgettext2", cheader_filename = "glib/gi18n-lib.h")]
public static unowned string dpgettext2 (string? domain, string context, string msgid);
[CCode (cname = "int", cprefix = "LC_", cheader_filename = "locale.h", has_type_id = false)]
public enum LocaleCategory {
ALL,
COLLATE,
CTYPE,
MESSAGES,
MONETARY,
NUMERIC,
TIME
}
namespace Intl {
[CCode (cname = "setlocale", cheader_filename = "locale.h")]
public static unowned string? setlocale (LocaleCategory category = GLib.LocaleCategory.ALL, string? locale = "");
[CCode (cname = "bindtextdomain", cheader_filename = "glib/gi18n-lib.h")]
public static unowned string? bindtextdomain (string domainname, string? dirname);
[CCode (cname = "textdomain", cheader_filename = "glib/gi18n-lib.h")]
public static unowned string? textdomain (string? domainname);
[CCode (cname = "bind_textdomain_codeset", cheader_filename = "glib/gi18n-lib.h")]
public static unowned string? bind_textdomain_codeset (string domainname, string? codeset);
[CCode (cname = "g_get_language_names", array_length = false, array_null_terminated = true)]
public static unowned string[] get_language_names ();
[CCode (cname = "g_strip_context", cheader_filename = "glib/gi18n-lib.h")]
public static unowned string strip_context (string msgid, string msgval);
}
[Compact]
public class PatternSpec {
public PatternSpec (string pattern);
public bool equal (PatternSpec pspec);
[CCode (cname = "g_pattern_match")]
public bool match (uint string_length, string str, string? str_reversed);
[CCode (cname = "g_pattern_match_string")]
public bool match_string (string str);
[CCode (cname = "g_pattern_match_simple")]
public static bool match_simple (string pattern, string str);
}
[CCode (lower_case_cprefix = "glib_version_")]
namespace Version {
[CCode (cname = "glib_major_version")]
public const uint major;
[CCode (cname = "glib_minor_version")]
public const uint minor;
[CCode (cname = "glib_micro_version")]
public const uint micro;
[CCode (cname = "glib_check_version")]
public static unowned string? check (uint required_major, uint required_minor = 0, uint required_micro = 0);
[CCode (cname = "GLIB_MAJOR_VERSION")]
public const uint MAJOR;
[CCode (cname = "GLIB_MINOR_VERSION")]
public const uint MINOR;
[CCode (cname = "GLIB_MICRO_VERSION")]
public const uint MICRO;
[CCode (cname = "GLIB_CHECK_VERSION")]
public static bool CHECK (uint required_major, uint required_minor = 0, uint required_micro = 0);
public const uint @2_26;
public const uint @2_28;
public const uint @2_30;
public const uint @2_32;
public const uint @2_34;
public const uint @2_36;
public const uint @2_38;
public const uint @2_40;
public const uint @2_42;
public const uint @2_44;
public const uint @2_46;
[CCode (cname = "glib_binary_age")]
public const uint binary_age;
[CCode (cname = "glib_interface_age")]
public const uint interface_age;
}
namespace Win32 {
public string error_message (int error);
public string getlocale ();
public string get_package_installation_directory_of_module (void* hmodule);
public uint get_windows_version ();
public string locale_filename_from_utf8 (string utf8filename);
[CCode (cname = "G_WIN32_HAVE_WIDECHAR_API")]
public bool have_widechar_api ();
[CCode (cname = "G_WIN32_IS_NT_BASED")]
public bool is_nt_based ();
public string[] get_command_line ();
}
[Compact]
[Immutable]
[CCode (copy_function = "g_variant_type_copy", free_function = "g_variant_type_free", type_id = "G_TYPE_VARIANT_TYPE")]
public class VariantType {
[CCode (cname = "G_VARIANT_TYPE_BOOLEAN")]
public static VariantType BOOLEAN;
[CCode (cname = "G_VARIANT_TYPE_BYTE")]
public static VariantType BYTE;
[CCode (cname = "G_VARIANT_TYPE_INT16")]
public static VariantType INT16;
[CCode (cname = "G_VARIANT_TYPE_UINT16")]
public static VariantType UINT16;
[CCode (cname = "G_VARIANT_TYPE_INT32")]
public static VariantType INT32;
[CCode (cname = "G_VARIANT_TYPE_UINT32")]
public static VariantType UINT32;
[CCode (cname = "G_VARIANT_TYPE_INT64")]
public static VariantType INT64;
[CCode (cname = "G_VARIANT_TYPE_UINT64")]
public static VariantType UINT64;
[CCode (cname = "G_VARIANT_TYPE_HANDLE")]
public static VariantType HANDLE;
[CCode (cname = "G_VARIANT_TYPE_DOUBLE")]
public static VariantType DOUBLE;
[CCode (cname = "G_VARIANT_TYPE_STRING")]
public static VariantType STRING;
[CCode (cname = "G_VARIANT_TYPE_OBJECT_PATH")]
public static VariantType OBJECT_PATH;
[CCode (cname = "G_VARIANT_TYPE_SIGNATURE")]
public static VariantType SIGNATURE;
[CCode (cname = "G_VARIANT_TYPE_VARIANT")]
public static VariantType VARIANT;
[CCode (cname = "G_VARIANT_TYPE_UNIT")]
public static VariantType UNIT;
[CCode (cname = "G_VARIANT_TYPE_ANY")]
public static VariantType ANY;
[CCode (cname = "G_VARIANT_TYPE_BASIC")]
public static VariantType BASIC;
[CCode (cname = "G_VARIANT_TYPE_MAYBE")]
public static VariantType MAYBE;
[CCode (cname = "G_VARIANT_TYPE_ARRAY")]
public static VariantType ARRAY;
[CCode (cname = "G_VARIANT_TYPE_TUPLE")]
public static VariantType TUPLE;
[CCode (cname = "G_VARIANT_TYPE_DICT_ENTRY")]
public static VariantType DICT_ENTRY;
[CCode (cname = "G_VARIANT_TYPE_DICTIONARY")]
public static VariantType DICTIONARY;
[CCode (cname = "G_VARIANT_TYPE_STRING_ARRAY")]
public static VariantType STRING_ARRAY;
[CCode (cname = "G_VARIANT_TYPE_OBJECT_PATH_ARRAY")]
public static VariantType OBJECT_PATH_ARRAY;
[CCode (cname = "G_VARIANT_TYPE_BYTESTRING")]
public static VariantType BYTESTRING;
[CCode (cname = "G_VARIANT_TYPE_BYTESTRING_ARRAY")]
public static VariantType BYTESTRING_ARRAY;
[CCode (cname = "G_VARIANT_TYPE_VARDICT")]
public static VariantType VARDICT;
public static bool string_is_valid (string type_string);
public static bool string_scan (string type_string, char *limit, out char* endptr);
public VariantType (string type_string);
public size_t get_string_length ();
public char* peek_string ();
public string dup_string ();
public bool is_definite ();
public bool is_container ();
public bool is_basic ();
public bool is_maybe ();
public bool is_array ();
public bool is_tuple ();
public bool is_dict_entry ();
public bool is_variant ();
public uint hash ();
public bool equal (VariantType other);
public bool is_subtype_of (VariantType supertype);
public unowned VariantType element ();
public unowned VariantType first ();
public unowned VariantType next ();
public unowned VariantType n_items ();
public unowned VariantType key ();
public unowned VariantType value ();
public VariantType.array (VariantType element);
public VariantType.maybe (VariantType element);
public VariantType.tuple (VariantType[] items);
public VariantType.dict_entry (VariantType key, VariantType value);
}
[Compact]
[CCode (ref_function = "g_variant_ref", unref_function = "g_variant_unref", ref_sink_function = "g_variant_ref_sink", type_id = "G_TYPE_VARIANT", marshaller_type_name = "VARIANT", param_spec_function = "g_param_spec_variant", get_value_function = "g_value_get_variant", set_value_function = "g_value_set_variant", take_value_function = "g_value_take_variant", type_signature = "v")]
public class Variant {
[CCode (has_type_id = false)]
public enum Class {
BOOLEAN, BYTE, INT16, UINT16, INT32, UINT32, INT64,
UINT64, HANDLE, DOUBLE, STRING, OBJECT_PATH,
SIGNATURE, VARIANT, MAYBE, ARRAY, TUPLE, DICT_ENTRY
}
public unowned VariantType get_type ();
public unowned string get_type_string ();
public bool is_of_type (VariantType type);
public bool is_container ();
public bool is_floating ();
public Class classify ();
public int compare (Variant other);
public Variant.boolean (bool value);
public Variant.byte (uchar value);
public Variant.int16 (int16 value);
public Variant.uint16 (uint16 value);
public Variant.int32 (int32 value);
public Variant.uint32 (uint32 value);
public Variant.int64 (int64 value);
public Variant.uint64 (uint64 value);
public Variant.handle (int32 value);
public Variant.double (double value);
public Variant.string (string value);
public Variant.bytestring (string value);
public Variant.object_path (string object_path);
public static bool is_object_path (string object_path);
public Variant.signature (string signature);
public static bool is_signature (string signature);
public bool get_boolean ();
public uint8 get_byte ();
public int16 get_int16 ();
public uint16 get_uint16 ();
public int32 get_int32 ();
public uint32 get_uint32 ();
public int64 get_int64 ();
public uint64 get_uint64 ();
public int32 get_handle ();
public double get_double ();
public unowned string get_string (out size_t length = null);
public string dup_string (out size_t length = null);
public unowned string get_bytestring ();
public string dup_bytestring (out size_t length);
public Variant.strv (string[] value);
[CCode (array_length_type = "size_t")]
#if VALA_0_26
public (unowned string)[] get_strv ();
#else
public string*[] get_strv ();
#endif
[CCode (array_length_type = "size_t")]
public string[] dup_strv ();
public Variant.bytestring_array (string[] value);
[CCode (array_length_type = "size_t")]
#if VALA_0_26
public (unowned string)[] get_bytestring_array ();
#else
public string*[] get_bytestring_array ();
#endif
[CCode (array_length_type = "size_t")]
public string[] dup_bytestring_array ();
#if GLIB_2_30
public Variant.objv (string[] value);
[CCode (array_length_type = "size_t")]
#if VALA_0_26
public (unowned string)[] get_objv ();
#else
public string*[] get_objv ();
#endif
[CCode (array_length_type = "size_t")]
public string[] dup_objv ();
#endif
public Variant (string format, ...);
// note: the function changes its behaviour when end_ptr is null, so 'out char *' is wrong
public Variant.va (string format, char **end_ptr, va_list *app);
public void get (string format, ...);
public void get_va (string format, char **end_ptr, va_list *app);
public Variant.variant (Variant value);
public Variant.maybe (VariantType? child_type, Variant? child);
public Variant.array (VariantType? child_type, Variant[] children);
[CCode (simple_generics = true)]
public static Variant new_fixed_array<T> (VariantType? element_type, [CCode (array_length_type = "gsize")] T[] elements, size_t element_size);
public Variant.tuple (Variant[] children);
public Variant.dict_entry (Variant key, Variant value);
public Variant get_variant ();
public Variant? get_maybe ();
public size_t n_children ();
public Variant get_child_value (size_t index);
public void get_child (size_t index, string format_string, ...);
public Variant? lookup_value (string key, VariantType? expected_type);
public bool lookup (string key, string format_string, ...);
public size_t get_size ();
public void *get_data ();
public void store (void *data);
public string print (bool type_annotate);
public StringBuilder print_string (StringBuilder? builder, bool type_annotate);
public uint hash ();
public bool equal (Variant other);
public Variant byteswap ();
public Variant get_normal_form ();
public bool is_normal_form ();
[CCode (returns_floating_reference = true, simple_generics = true)]
public static Variant new_from_data<T> (VariantType type, uchar[] data, bool trusted, [CCode (destroy_notify_pos = 3.9)] owned T? owner = null);
[CCode (cname = "g_variant_iter_new")]
public VariantIter iterator ();
public static Variant parse (VariantType? type, string text, char *limit = null, char **endptr = null) throws GLib.VariantParseError;
public Variant.parsed (string format_string, ...);
public bool check_format_string (string format_string, bool copy_only);
public Variant.from_bytes (VariantType type, Bytes bytes, bool trusted);
public Bytes get_data_as_bytes ();
public Variant.printf (string format_string, ...);
public Variant.take_string (string str);
public static void parse_error_print_context (GLib.VariantParseError error, string source_str);
}
public errordomain VariantParseError {
FAILED,
BASIC_TYPE_EXPECTED,
CANNOT_INFER_TYPE,
DEFINITE_TYPE_EXPECTED,
INPUT_NOT_AT_END,
INVALID_CHARACTER,
INVALID_FORMAT_STRING,
INVALID_OBJECT_PATH,
INVALID_SIGNATURE,
INVALID_TYPE_STRING,
NO_COMMON_TYPE,
NUMBER_OUT_OF_RANGE,
NUMBER_TOO_BIG,
TYPE_ERROR,
UNEXPECTED_TOKEN,
UNKNOWN_KEYWORD,
UNTERMINATED_STRING_CONSTANT,
VALUE_EXPECTED
}
[Compact]
public class VariantIter {
public VariantIter (Variant value);
public size_t n_children ();
public Variant? next_value ();
public bool next (string format_string, ...);
}
[Compact]
[CCode (ref_function = "g_variant_builder_ref", unref_function = "g_variant_builder_unref")]
public class VariantBuilder {
public VariantBuilder (VariantType type);
public void open (VariantType type);
public void close ();
public void add_value (Variant value);
public void add (string format_string, ...);
[CCode (returns_floating_reference = true)]
public Variant end ();
}
[Compact, CCode (ref_function = "g_variant_dict_ref", unref_function = "g_variant_dict_unref")]
public class VariantDict {
public VariantDict (GLib.Variant? from_asv = null);
public bool lookup (string key, string format_string, ...);
public GLib.Variant lookup_value (string key, GLib.VariantType expected_type);
public bool contains (string key);
public void insert (string key, string format_string, ...);
public void insert_value (string key, GLib.Variant value);
public bool remove (string key);
public void clear ();
[CCode (returns_floating_reference = true)]
public GLib.Variant end ();
}
[CCode (cname = "char", const_cname = "const char", copy_function = "g_strdup", free_function = "g_free", cheader_filename = "stdlib.h,string.h,glib.h", type_id = "G_TYPE_STRING", marshaller_type_name = "STRING", param_spec_function = "g_param_spec_string", get_value_function = "g_value_get_string", set_value_function = "g_value_set_string", take_value_function = "g_value_take_string", type_signature = "o")]
public class ObjectPath : string {
[CCode (cname = "g_strdup")]
public ObjectPath (string path);
}
[CCode (cname = "char", const_cname = "const char", copy_function = "g_strdup", free_function = "g_free", cheader_filename = "stdlib.h,string.h,glib.h", type_id = "G_TYPE_STRING", marshaller_type_name = "STRING", param_spec_function = "g_param_spec_string", get_value_function = "g_value_get_string", set_value_function = "g_value_set_string", take_value_function = "g_value_take_string")]
public class BusName : string {
[CCode (cname = "g_strdup")]
public BusName (string bus_name);
}
[CCode (cname = "G_LIKELY", cheader_filename = "glib.h")]
public static bool likely (bool expression);
[CCode (cname = "G_UNLIKELY", cheader_filename = "glib.h")]
public static bool unlikely (bool expression);
[CCode (cname = "G_STATIC_ASSERT", cheader_filename = "glib.h")]
public static void static_assert (bool expression);
[CCode (simple_generics = true, cname = "g_qsort_with_data")]
private static void _qsort_with_data<T> (T[] elems, size_t size, [CCode (type = "GCompareDataFunc")] GLib.CompareDataFunc<T> compare_func);
[CCode (cname = "_vala_g_qsort_with_data")]
public static void qsort_with_data<T> (T[] elems, size_t size, [CCode (type = "GCompareDataFunc")] GLib.CompareDataFunc<T> compare_func) {
_qsort_with_data<T*> (elems, size, (a, b) => {
return compare_func (*a, *b);
});
}
/* Unix-specific functions. All of these have to include glib-unix.h. */
namespace Unix {
[CCode (cheader_filename = "glib-unix.h", cname = "g_unix_signal_add_full")]
public static uint signal_add (int signum, owned GLib.SourceFunc handler, [CCode (pos = 0.9)] int priority = Priority.DEFAULT);
[CCode (cheader_filename = "glib-unix.h", cname = "GSource")]
public class SignalSource : GLib.Source {
public SignalSource (int signum);
}
[CCode (cheader_filename = "glib-unix.h")]
public static bool open_pipe ([CCode (array_length = false, array_null_terminated = false)] int[] fds, int flags) throws GLib.Error;
[CCode (cheader_filename = "glib-unix.h")]
public static bool set_fd_nonblocking (int fd, bool nonblock) throws GLib.Error;
}
[CCode (cname = "GUnicodeScript", cprefix = "G_UNICODE_SCRIPT_", has_type_id = false)]
public enum UnicodeScript {
INVALID_CODE,
COMMON,
INHERITED,
ARABIC,
ARMENIAN,
BENGALI,
BOPOMOFO,
CHEROKEE,
COPTIC,
CYRILLIC,
DESERET,
DEVANAGARI,
ETHIOPIC,
GEORGIAN,
GOTHIC,
GREEK,
GUJARATI,
GURMUKHI,
HAN,
HANGUL,
HEBREW,
HIRAGANA,
KANNADA,
KATAKANA,
KHMER,
LAO,
LATIN,
MALAYALAM,
MONGOLIAN,
MYANMAR,
OGHAM,
OLD_ITALIC,
ORIYA,
RUNIC,
SINHALA,
SYRIAC,
TAMIL,
TELUGU,
THAANA,
THAI,
TIBETAN,
CANADIAN_ABORIGINAL,
YI,
TAGALOG,
HANUNOO,
BUHID,
TAGBANWA,
BRAILLE,
CYPRIOT,
LIMBU,
OSMANYA,
SHAVIAN,
LINEAR_B,
TAI_LE,
UGARITIC,
NEW_TAI_LUE,
BUGINESE,
GLAGOLITIC,
TIFINAGH,
SYLOTI_NAGRI,
OLD_PERSIAN,
KHAROSHTHI,
UNKNOWN,
BALINESE,
CUNEIFORM,
PHOENICIAN,
PHAGS_PA,
NKO,
KAYAH_LI,
LEPCHA,
REJANG,
SUNDANESE,
SAURASHTRA,
CHAM,
OL_CHIKI,
VAI,
CARIAN,
LYCIAN,
LYDIAN,
/* Unicode-5.2 additions */
AVESTAN, /* Avst */
BAMUM, /* Bamu */
EGYPTIAN_HIEROGLYPHS, /* Egyp */
IMPERIAL_ARAMAIC, /* Armi */
INSCRIPTIONAL_PAHLAVI, /* Phli */
INSCRIPTIONAL_PARTHIAN, /* Prti */
JAVANESE, /* Java */
KAITHI, /* Kthi */
LISU, /* Lisu */
MEETEI_MAYEK, /* Mtei */
OLD_SOUTH_ARABIAN, /* Sarb */
OLD_TURKIC, /* Orkh */
SAMARITAN, /* Samr */
TAI_THAM, /* Lana */
TAI_VIET, /* Tavt */
/* Unicode-6.0 additions */
BATAK, /* Batk */
BRAHMI, /* Brah */
MANDAIC, /* Mand */
/* Unicode-6.1 additions */
CHAKMA, /* Cakm */
MEROITIC_CURSIVE, /* Merc */
MEROITIC_HIEROGLYPHS, /* Mero */
MIAO, /* Plrd */
SHARADA, /* Shrd */
SORA_SOMPENG, /* Sora */
TAKRI /* Takr */
}
[CCode (cname = "GUnicodeType", cprefix = "G_UNICODE_", has_type_id = false)]
public enum UnicodeType {
CONTROL,
FORMAT,
UNASSIGNED,
PRIVATE_USE,
SURROGATE,
LOWERCASE_LETTER,
MODIFIER_LETTER,
OTHER_LETTER,
TITLECASE_LETTER,
UPPERCASE_LETTER,
COMBINING_MARK,
ENCLOSING_MARK,
NON_SPACING_MARK,
DECIMAL_NUMBER,
LETTER_NUMBER,
OTHER_NUMBER,
CONNECT_PUNCTUATION,
DASH_PUNCTUATION,
CLOSE_PUNCTUATION,
FINAL_PUNCTUATION,
INITIAL_PUNCTUATION,
OTHER_PUNCTUATION,
OPEN_PUNCTUATION,
CURRENCY_SYMBOL,
MODIFIER_SYMBOL,
MATH_SYMBOL,
OTHER_SYMBOL,
LINE_SEPARATOR,
PARAGRAPH_SEPARATOR,
SPACE_SEPARATOR
}
[CCode (cname = "GUnicodeBreakType", cprefix = "G_UNICODE_BREAK_", has_type_id = false)]
public enum UnicodeBreakType {
MANDATORY,
CARRIAGE_RETURN,
LINE_FEED,
COMBINING_MARK,
SURROGATE,
ZERO_WIDTH_SPACE,
INSEPARABLE,
NON_BREAKING_GLUE,
CONTINGENT,
SPACE,
AFTER,
BEFORE,
BEFORE_AND_AFTER,
HYPHEN,
NON_STARTER,
OPEN_PUNCTUATION,
CLOSE_PUNCTUATION,
QUOTATION,
EXCLAMATION,
IDEOGRAPHIC,
NUMERIC,
INFIX_SEPARATOR,
SYMBOL,
ALPHABETIC,
PREFIX,
POSTFIX,
COMPLEX_CONTEXT,
AMBIGUOUS,
UNKNOWN,
NEXT_LINE,
WORD_JOINER,
HANGUL_L_JAMO,
HANGUL_V_JAMO,
HANGUL_T_JAMO,
HANGUL_LV_SYLLABLE,
HANGUL_LVT_SYLLABLE,
CLOSE_PARANTHESIS,
CONDITIONAL_JAPANESE_STARTER,
HEBREW_LETTER,
REGIONAL_INDICATOR
}
[CCode (cname = "GNormalizeMode", cprefix = "G_NORMALIZE_", has_type_id = false)]
public enum NormalizeMode {
DEFAULT,
NFD,
DEFAULT_COMPOSE,
NFC,
ALL,
NFKD,
ALL_COMPOSE,
NFKC
}
}
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