/usr/share/vala-0.18/vapi/glib-2.0.vapi is in valac-0.18-vapi 0.18.1-0ubuntu11.
This file is owned by root:root, with mode 0o644.
The actual contents of the file can be viewed below.
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*
* Copyright (C) 2006-2012 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 static int MIN;
[CCode (cname = "G_MAXINT")]
public static 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 static uint MIN;
[CCode (cname = "G_MAXUINT")]
public static 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 static short MIN;
[CCode (cname = "G_MAXSHORT")]
public static 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);
}
[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 static ushort MIN;
[CCode (cname = "G_MAXUSHORT")]
public static 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 static long MIN;
[CCode (cname = "G_MAXLONG")]
public static 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 static ulong MIN;
[CCode (cname = "G_MAXULONG")]
public static 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 static ulong MIN;
[CCode (cname = "G_MAXSIZE")]
public static 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 static long MIN;
[CCode (cname = "G_MAXSSIZE")]
public static 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 static int8 MIN;
[CCode (cname = "G_MAXINT8")]
public static 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 static uint8 MIN;
[CCode (cname = "G_MAXUINT8")]
public static 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 static int16 MIN;
[CCode (cname = "G_MAXINT16")]
public static 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 static uint16 MIN;
[CCode (cname = "G_MAXUINT16")]
public static 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 = "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 static int32 MIN;
[CCode (cname = "G_MAXINT32")]
public static 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 static uint32 MIN;
[CCode (cname = "G_MAXUINT32")]
public static 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 = "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 static int64 MIN;
[CCode (cname = "G_MAXINT64")]
public static 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 static uint64 MIN;
[CCode (cname = "G_MAXUINT64")]
public static 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 static int ROUNDS;
[CCode (cname = "FLT_RADIX")]
public static int RADIX;
[CCode (cname = "FLT_MANT_DIG")]
public static int MANT_DIG;
[CCode (cname = "FLT_DIG")]
public static int DIG;
[CCode (cname = "FLT_MIN_EXP")]
public static int MIN_EXP;
[CCode (cname = "FLT_MAX_EXP")]
public static int MAX_EXP;
[CCode (cname = "FLT_MIN_10_EXP")]
public static int MIN_10_EXP;
[CCode (cname = "FLT_MAX_10_EXP")]
public static int MAX_10_EXP;
[CCode (cname = "FLT_EPSILON")]
public static float EPSILON;
[CCode (cname = "FLT_MIN")]
public static float MIN;
[CCode (cname = "FLT_MAX")]
public static float MAX;
[CCode (cname = "NAN")]
public static float NAN;
[CCode (cname = "INFINITY")]
public static 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 static int MANT_DIG;
[CCode (cname = "DBL_DIG")]
public static int DIG;
[CCode (cname = "DBL_MIN_EXP")]
public static int MIN_EXP;
[CCode (cname = "DBL_MAX_EXP")]
public static int MAX_EXP;
[CCode (cname = "DBL_MIN_10_EXP")]
public static int MIN_10_EXP;
[CCode (cname = "DBL_MAX_10_EXP")]
public static int MAX_10_EXP;
[CCode (cname = "DBL_EPSILON")]
public static double EPSILON;
[CCode (cname = "DBL_MIN")]
public static double MIN;
[CCode (cname = "DBL_MAX")]
public static double MAX;
[CCode (cname = "((double) NAN)")]
public static double NAN;
[CCode (cname = "((double) INFINITY)")]
public static 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_strjoinv")]
public static string joinv (string separator, [CCode (array_length = false, array_null_terminated = true)] string[] str_array);
[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);
[Deprecated (replacement = "string.substring")]
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 ();
[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);
[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_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;
/* 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);
public static void add ([CCode (type = "volatile gint *")] ref int atomic, int val);
[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 unowned 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_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 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);
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);
[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, ThreadFunc<T> func);
[CCode (cname = "g_thread_try_new")]
public Thread.try (string? name, 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> (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> (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> ();
public T join ();
public void set_priority (ThreadPriority priority);
public static void yield ();
public static void exit (T retval);
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")]
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_tryolock ();
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")]
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")]
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);
}
/* 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 uint unprocessed ();
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_unlocked (owned G data);
public void push_sorted_unlocked (owned G data, CompareDataFunc<G> func);
public G pop_unlocked ();
public G? try_pop_unlocked ();
public G? timed_pop_unlocked (ref TimeVal end_time);
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);
}
/* 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)]
public enum IOFlags {
APPEND,
NONBLOCK,
IS_READABLE,
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);
[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)]
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, ...);
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_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 uint strv_length ([CCode (array_length = false, array_null_terminated = true)] string[] str_array);
[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);
[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;
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);
}
/* 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, 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_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_milliseconds (int milliseconds);
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_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 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 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)]
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,
TOOBIG,
NOEXEC,
NAMETOOLONG,
NOENT,
NOMEM,
NOTDIR,
LOOP,
TXTBUSY,
IO,
NFILE,
MFILE,
INVAL,
ISDIR,
LIBBAD,
FAILED
}
[CCode (cprefix = "G_SPAWN_", has_type_id = false)]
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
}
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)]
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 = "fopen")]
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")]
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 unowned string mkdtemp (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]
#if GLIB_2_22
[CCode (ref_function = "g_mapped_file_ref", unref_function = "g_mapped_file_unref")]
#else
[CCode (free_function = "g_mapped_file_free")]
#endif
public class MappedFile {
public MappedFile (string filename, bool writable) throws FileError;
public size_t get_length ();
public unowned char* get_contents ();
}
[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);
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 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 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]
[CCode (free_function = "g_option_group_free")]
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 (TranslateFunc func, DestroyNotify? destroy_notify);
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
}
[CCode (cprefix = "G_REGEX_", has_type_id = false)]
public enum RegexCompileFlags {
CASELESS,
MULTILINE,
DOTALL,
EXTENDED,
ANCHORED,
DOLLAR_ENDONLY,
UNGREEDY,
RAW,
NO_AUTO_CAPTURE,
OPTIMIZE,
DUPNAMES,
NEWLINE_CR,
NEWLINE_LF,
NEWLINE_CRLF
}
[CCode (cprefix = "G_REGEX_MATCH_", has_type_id = false)]
public enum RegexMatchFlags {
ANCHORED,
NOTBOL,
NOTEOL,
NOTEMPTY,
PARTIAL,
NEWLINE_CR,
NEWLINE_LF,
NEWLINE_CRLF,
NEWLINE_ANY
}
[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_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 = 0, 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]
[CCode (free_function = "g_match_info_free")]
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)]
public enum MarkupParseFlags {
TREAT_CDATA_AS_TEXT,
PREFIX_ERROR_POSITION
}
[Compact]
[CCode (free_function = "g_markup_parse_context_free")]
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 (free_function = "g_key_file_free", ref_function = "g_key_file_ref", unref_function = "g_key_file_unref", type_id = "G_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 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)]
public enum KeyFileFlags {
NONE,
KEEP_COMMENTS,
KEEP_TRANSLATIONS
}
[CCode (cprefix = "G_KEY_FILE_DESKTOP_")]
namespace KeyFileDesktop {
public static const string GROUP;
public static const string KEY_TYPE;
public static const string KEY_VERSION;
public static const string KEY_NAME;
public static const string KEY_GENERIC_NAME;
public static const string KEY_NO_DISPLAY;
public static const string KEY_COMMENT;
public static const string KEY_ICON;
public static const string KEY_HIDDEN;
public static const string KEY_ONLY_SHOW_IN;
public static const string KEY_NOT_SHOW_IN;
public static const string KEY_TRY_EXEC;
public static const string KEY_EXEC;
public static const string KEY_PATH;
public static const string KEY_TERMINAL;
public static const string KEY_MIME_TYPE;
public static const string KEY_CATEGORIES;
public static const string KEY_STARTUP_NOTIFY;
public static const string KEY_STARTUP_WM_CLASS;
public static const string KEY_URL;
public static const string TYPE_APPLICATION;
public static const string TYPE_LINK;
public static const string TYPE_DIRECTORY;
}
/* 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 {
[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 void fail ();
[PrintfFormat]
public static void message (string format, ...);
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 ();
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_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
[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);
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);
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;
/* 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);
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 static void foreach_range (SequenceIter<G> begin, SequenceIter<G> end, 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 static SequenceIter<G> insert_before (SequenceIter<G> iter, owned G data);
public static void move (SequenceIter<G> src, SequenceIter<G> dest);
public static void swap (SequenceIter<G> src, SequenceIter<G> dest);
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 static void sort_changed (SequenceIter<G> iter, CompareDataFunc<G> cmp_func);
public static void sort_changed_iter (SequenceIter<G> iter, SequenceIterCompareFunc<G> iter_cmp);
public static void remove (SequenceIter<G> iter);
public static void remove_range (SequenceIter<G> begin, SequenceIter<G> end);
public static void move_range (SequenceIter<G> dest, SequenceIter<G> begin, SequenceIter<G> end);
public SequenceIter<G> search (G data, CompareDataFunc<G> cmp_func);
public SequenceIter<G> search_iter (G data, SequenceIterCompareFunc<G> iter_cmp);
public static unowned G get (SequenceIter<G> iter);
public static void set (SequenceIter<G> iter, owned G data);
public static SequenceIter<G> range_get_midpoint (SequenceIter<G> begin, SequenceIter<G> end);
public SequenceIter<G> lookup (G data, CompareDataFunc<G> cmp_func);
public SequenceIter<G> lookup_iter (G data, SequenceIterCompareFunc<G> iter_cmp);
}
[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 Sequence<G> get_sequence ();
public int compare (SequenceIter<G> other);
[CCode (cname = "g_sequence_get")]
public unowned G get ();
[CCode (cname = "g_sequence_set")]
public void set (owned G data);
}
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);
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 ();
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 ();
}
public struct HashTableIter<K,V> {
public HashTableIter (GLib.HashTable<K,V> table);
public bool next (out unowned K key, out unowned V value);
public void remove ();
public void steal ();
public unowned GLib.HashTable<K,V> get_hash_table ();
}
[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_unichar (ssize_t pos, unichar wc);
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;
}
}
}
/* 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]
#if GLIB_2_22
[CCode (ref_function = "g_ptr_array_ref", unref_function = "g_ptr_array_unref", type_id = "G_TYPE_PTR_ARRAY")]
#else
[CCode (free_function = "g_ptr_array_free")]
#endif
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 compare_func);
public void sort_with_data (CompareDataFunc 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")]
public class GenericArray<G> {
[CCode (cname = "g_ptr_array_new_with_free_func", simple_generics = true)]
public GenericArray ();
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 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]
#if GLIB_2_22
[CCode (cprefix = "g_byte_array_", ref_function = "g_byte_array_ref", unref_function = "g_byte_array_unref", type_id = "G_TYPE_BYTE_ARRAY")]
#else
[CCode (cprefix = "g_byte_array_", free_function = "g_byte_array_free")]
#endif
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
}
[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]
#if GLIB_2_22
[CCode (ref_function = "g_array_ref", unref_function = "g_array_unref", type_id = "G_TYPE_ARRAY")]
#else
[CCode (free_function = "g_array_free")]
#endif
public class Array<G> {
[CCode (cname = "len")]
public uint length;
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 (void* key, void* 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]
#if GLIB_2_22
[CCode (ref_function = "g_tree_ref", unref_function = "g_tree_unref")]
#else
[CCode (free_function = "g_tree_destroy")]
#endif
public class Tree<K,V> {
public Tree (CompareFunc<K> key_compare_func);
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, K orig_key, V value);
public void foreach (TraverseFunc 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, 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);
}
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 ();
}
[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")]
public string*[] get_strv ();
[CCode (array_length_type = "size_t")]
public string[] dup_strv ();
public Variant.bytestring_array (string[] value);
[CCode (array_length_type = "size_t")]
public string*[] get_bytestring_array ();
[CCode (array_length_type = "size_t")]
public string[] dup_bytestring_array ();
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);
public Variant.fixed_array (VariantType? element_type, [CCode (array_length_type = "gsize")] Variant[] 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 errordomain VariantParseError {
FAILED
}
[Compact]
[CCode (copy_func = "g_variant_iter_copy", free_func = "g_variant_iter_free")]
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 ();
}
[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)]
private static void qsort_with_data<T> (T[] elems, size_t size, [CCode (type = "GCompareDataFunc")] GLib.CompareDataFunc<T> compare_func);
/* 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 (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
}
[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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