say.c

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/*
 * Asterisk -- An open source telephony toolkit.
 *
 * Copyright (C) 1999 - 2005, Digium, Inc.
 *
 * Mark Spencer <[email protected]>
 * George Konstantoulakis <[email protected]>
 *
 * See http://www.asterisk.org for more information about
 * the Asterisk project. Please do not directly contact
 * any of the maintainers of this project for assistance;
 * the project provides a web site, mailing lists and IRC
 * channels for your use.
 *
 * This program is free software, distributed under the terms of
 * the GNU General Public License Version 2. See the LICENSE file
 * at the top of the source tree.
 */

/*! \file
 *
 * \brief Say numbers and dates (maybe words one day too)
 *
 * \author Mark Spencer <[email protected]>
 *
 * \note 12-16-2004 : Support for Greek added by InAccess Networks (work funded by HOL, www.hol.gr) George Konstantoulakis <[email protected]>
 *
 * \note 2007-02-08 : Support for Georgian added by Alexander Shaduri <[email protected]>,
 * Next Generation Networks (NGN).
 * \note 2007-03-20 : Support for Thai added by Dome C. <[email protected]>,
 * IP Crossing Co., Ltd.
 * \note 2021-07-26 : Refactoring to separate string buildup and playback
 * by Naveen Albert <[email protected]>
 */

/*** MODULEINFO
 <support_level>core</support_level>
 ***/

#include "asterisk.h"

#include <netinet/in.h>
#include <time.h>
#include <ctype.h>
#include <math.h>

#ifdef SOLARIS
#include <iso/limits_iso.h>
#endif

#include "asterisk/file.h"
#include "asterisk/channel.h"
#include "asterisk/say.h"
#include "asterisk/lock.h"
#include "asterisk/localtime.h"
#include "asterisk/utils.h"
#include "asterisk/app.h"
#include "asterisk/test.h"

/* Forward declaration */
static int wait_file(struct ast_channel *chan, const char *ints, const char *file, const char *lang);

struct ast_str* ast_get_character_str(const char *str, const char *lang, enum ast_say_case_sensitivity sensitivity) {
 const char *fn;
 char fnbuf[10], asciibuf[20] = "letters/ascii";
 char ltr;
 int num = 0;
 int res = 0;
 int upper = 0;
 int lower = 0;

 struct ast_str *filenames = ast_str_create(20);
 ast_str_reset(filenames);

 while (str[num] && !res) {
 fn = NULL;
 switch (str[num]) {
 case ('*'):
 fn = "digits/star";
 break;
 case ('#'):
 fn = "digits/pound";
 break;
 case ('!'):
 fn = "letters/exclaimation-point";
 break;
 case ('@'):
 fn = "letters/at";
 break;
 case ('$'):
 fn = "letters/dollar";
 break;
 case ('-'):
 fn = "letters/dash";
 break;
 case ('.'):
 fn = "letters/dot";
 break;
 case ('='):
 fn = "letters/equals";
 break;
 case ('+'):
 fn = "letters/plus";
 break;
 case ('/'):
 fn = "letters/slash";
 break;
 case (' '):
 fn = "letters/space";
 break;
 case ('0'):
 case ('1'):
 case ('2'):
 case ('3'):
 case ('4'):
 case ('5'):
 case ('6'):
 case ('7'):
 case ('8'):
 case ('9'):
 strcpy(fnbuf, "digits/X");
 fnbuf[7] = str[num];
 fn = fnbuf;
 break;
 default:
 ltr = str[num];
 if ('A' <= ltr && ltr <= 'Z') {
 ltr += 'a' - 'A'; /* file names are all lower-case */
 switch (sensitivity) {
 case AST_SAY_CASE_UPPER:
 case AST_SAY_CASE_ALL:
 upper = !upper;
 case AST_SAY_CASE_LOWER:
 case AST_SAY_CASE_NONE:
 break;
 }
 } else if ('a' <= ltr && ltr <= 'z') {
 switch (sensitivity) {
 case AST_SAY_CASE_LOWER:
 case AST_SAY_CASE_ALL:
 lower = !lower;
 case AST_SAY_CASE_UPPER:
 case AST_SAY_CASE_NONE:
 break;
 }
 }

 if (upper) {
 strcpy(fnbuf, "uppercase");
 } else if (lower) {
 strcpy(fnbuf, "lowercase");
 } else {
 strcpy(fnbuf, "letters/X");
 fnbuf[8] = ltr;
 }
 fn = fnbuf;
 }
 if ((fn && ast_fileexists(fn, NULL, lang) > 0) ||
 (snprintf(asciibuf + 13, sizeof(asciibuf) - 13, "%d", str[num]) > 0 && ast_fileexists(asciibuf, NULL, lang) > 0 && (fn = asciibuf))) {
 ast_str_append(&filenames, 0, (num == 0 ? "%s" : "&%s"), fn);
 }
 if (upper || lower) {
 continue;
 }
 num++;
 }

 return filenames;
}

static int say_character_str_full(struct ast_channel *chan, const char *str, const char *ints, const char *lang, enum ast_say_case_sensitivity sensitivity, int audiofd, int ctrlfd)
{
 const char *fn;
 int res = 0;

 struct ast_str *filenames = ast_get_character_str(str, lang, sensitivity);
 char *files = ast_str_buffer(filenames);

 while ((fn = strsep(&files, "&"))) {
 res = ast_streamfile(chan, fn, lang);
 if (!res) {
 if ((audiofd > -1) && (ctrlfd > -1))
 res = ast_waitstream_full(chan, ints, audiofd, ctrlfd);
 else
 res = ast_waitstream(chan, ints);
 }
 ast_stopstream(chan);
 }

 ast_free(filenames);

 return res;
}

struct ast_str* ast_get_phonetic_str(const char *str, const char *lang)
{
 const char *fn;
 char fnbuf[256];
 char ltr;
 int num = 0;

 struct ast_str *filenames = ast_str_create(20);
 ast_str_reset(filenames);

 while (str[num]) {
 fn = NULL;
 switch (str[num]) {
 case ('*'):
 fn = "digits/star";
 break;
 case ('#'):
 fn = "digits/pound";
 break;
 case ('!'):
 fn = "letters/exclaimation-point";
 break;
 case ('@'):
 fn = "letters/at";
 break;
 case ('$'):
 fn = "letters/dollar";
 break;
 case ('-'):
 fn = "letters/dash";
 break;
 case ('.'):
 fn = "letters/dot";
 break;
 case ('='):
 fn = "letters/equals";
 break;
 case ('+'):
 fn = "letters/plus";
 break;
 case ('/'):
 fn = "letters/slash";
 break;
 case (' '):
 fn = "letters/space";
 break;
 case ('0'):
 case ('1'):
 case ('2'):
 case ('3'):
 case ('4'):
 case ('5'):
 case ('6'):
 case ('7'):
 case ('8'):
 strcpy(fnbuf, "digits/X");
 fnbuf[7] = str[num];
 fn = fnbuf;
 break;
 default: /* '9' falls here... */
 ltr = str[num];
 if ('A' <= ltr && ltr <= 'Z') ltr += 'a' - 'A'; /* file names are all lower-case */
 strcpy(fnbuf, "phonetic/X_p");
 fnbuf[9] = ltr;
 fn = fnbuf;
 }
 if (fn && ast_fileexists(fn, NULL, lang) > 0) {
 ast_str_append(&filenames, 0, (num == 0 ? "%s" : "&%s"), fn);
 }
 num++;
 }

 return filenames;
}

static int say_phonetic_str_full(struct ast_channel *chan, const char *str, const char *ints, const char *lang, int audiofd, int ctrlfd)
{
 const char *fn;
 int res = 0;

 struct ast_str *filenames = ast_get_phonetic_str(str, lang);
 char *files = ast_str_buffer(filenames);

 while ((fn = strsep(&files, "&"))) {
 res = ast_streamfile(chan, fn, lang);
 if (!res) {
 if ((audiofd > -1) && (ctrlfd > -1))
 res = ast_waitstream_full(chan, ints, audiofd, ctrlfd);
 else
 res = ast_waitstream(chan, ints);
 }
 ast_stopstream(chan);
 }

 ast_free(filenames);

 return res;
}

struct ast_str* ast_get_digit_str(const char *str, const char *lang)
{
 const char *fn;
 char fnbuf[256];
 int num = 0;

 struct ast_str *filenames = ast_str_create(20);
 ast_str_reset(filenames);

 while (str[num]) {
 fn = NULL;
 switch (str[num]) {
 case ('*'):
 fn = "digits/star";
 break;
 case ('#'):
 fn = "digits/pound";
 break;
 case ('-'):
 fn = "digits/minus";
 break;
 case '0':
 case '1':
 case '2':
 case '3':
 case '4':
 case '5':
 case '6':
 case '7':
 case '8':
 case '9':
 strcpy(fnbuf, "digits/X");
 fnbuf[7] = str[num];
 fn = fnbuf;
 break;
 }
 if (fn && ast_fileexists(fn, NULL, lang) > 0) {
 ast_str_append(&filenames, 0, (num == 0 ? "%s" : "&%s"), fn);
 }
 num++;
 }

 return filenames;
}

static int say_digit_str_full(struct ast_channel *chan, const char *str, const char *ints, const char *lang, int audiofd, int ctrlfd)
{
 const char *fn;
 int res = 0;

 struct ast_str *filenames = ast_get_digit_str(str, lang);
 char *files = ast_str_buffer(filenames);

 while ((fn = strsep(&files, "&"))) {
 res = ast_streamfile(chan, fn, lang);
 if (!res) {
 if ((audiofd > -1) && (ctrlfd > -1))
 res = ast_waitstream_full(chan, ints, audiofd, ctrlfd);
 else
 res = ast_waitstream(chan, ints);
 }
 ast_stopstream(chan);
 }

 ast_free(filenames);

 return res;
}

static struct ast_str* ast_get_money_en_dollars_str(const char *str, const char *lang)
{
 const char *fnr;

 double dollars = 0;
 int amt, cents;
 struct ast_str *fnrecurse;

 struct ast_str *filenames = ast_str_create(20);
 ast_str_reset(filenames);

 if (sscanf(str, "%30lf", &dollars) != 1) {
 amt = 0;
 } else { /* convert everything to cents */
 amt = dollars * 100;
 }

 /* Just the cents after the dollar decimal point */
 cents = amt - (((int) dollars) * 100);
 ast_debug(1, "Cents is %d, amount is %d\n", cents, amt);

 if (amt >= 100) {
 fnrecurse = ast_get_number_str((amt / 100), lang);
 fnr = ast_str_buffer(fnrecurse);
 ast_str_append(&filenames, 0, "%s", fnr);

 /* If this is it, end on a down pitch, otherwise up pitch */
 if (amt < 200) {
 ast_str_append(&filenames, 0, "&%s", (cents > 0) ? "letters/dollar_" : "letters/dollar");
 } else {
 ast_str_append(&filenames, 0, "&%s", "dollars");
 }

 /* If dollars and cents, add "and" in the middle */
 if (cents > 0) {
 ast_str_append(&filenames, 0, "&%s", "and");
 }
 }

 if (cents > 0) {
 ast_debug(1, "Entered cents block\n");
 fnrecurse = ast_get_number_str(cents, lang);
 fnr = ast_str_buffer(fnrecurse);
 ast_str_append(&filenames, 0, (amt < 100 ? "%s" : "&%s"), fnr);
 ast_str_append(&filenames, 0, "&%s", (cents == 1) ? "cent" : "cents");
 } else if (amt == 0) {
 fnrecurse = ast_get_digit_str("0", lang);
 fnr = ast_str_buffer(fnrecurse);
 ast_str_append(&filenames, 0, "%s", fnr);
 ast_str_append(&filenames, 0, "&%s", "cents");
 }

 return filenames;
}

/*! \brief ast_get_money_str: call language-specific functions */
struct ast_str* ast_get_money_str(const char *str, const char *lang)
{
 if (!strncasecmp(lang, "en", 2)) { /* English syntax */
 return ast_get_money_en_dollars_str(str, lang);
 }

 ast_log(LOG_WARNING, "Language %s not currently supported, defaulting to US Dollars\n", lang);
 /* Default to english */
 return ast_get_money_en_dollars_str(str, lang);
}

static int say_money_str_full(struct ast_channel *chan, const char *str, const char *ints, const char *lang, int audiofd, int ctrlfd)
{
 const char *fn;
 int res = 0;

 struct ast_str *filenames = ast_get_money_str(str, lang);
 char *files = ast_str_buffer(filenames);

 while ((fn = strsep(&files, "&"))) {
 res = ast_streamfile(chan, fn, lang);
 if (!res) {
 if ((audiofd > -1) && (ctrlfd > -1))
 res = ast_waitstream_full(chan, ints, audiofd, ctrlfd);
 else
 res = ast_waitstream(chan, ints);
 }
 ast_stopstream(chan);
 }

 ast_free(filenames);

 return res;
}

static struct ast_str* get_number_str_en(int num, const char *lang)
{
 const char *fnr;
 int loops = 0;

 int res = 0;
 int playh = 0;
 char fn[256] = "";

 struct ast_str *filenames;

 if (!num)
 return ast_get_digit_str("0", lang);

 filenames = ast_str_create(20);
 ast_str_reset(filenames);

 while (!res && (num || playh)) {
 if (num < 0) {
 ast_copy_string(fn, "digits/minus", sizeof(fn));
 if ( num > INT_MIN ) {
 num = -num;
 } else {
 num = 0;
 }
 } else if (playh) {
 ast_copy_string(fn, "digits/hundred", sizeof(fn));
 playh = 0;
 } else if (num < 20) {
 snprintf(fn, sizeof(fn), "digits/%d", num);
 num = 0;
 } else if (num < 100) {
 snprintf(fn, sizeof(fn), "digits/%d", (num /10) * 10);
 num %= 10;
 } else {
 if (num < 1000){
 snprintf(fn, sizeof(fn), "digits/%d", (num/100));
 playh++;
 num %= 100;
 } else {
 struct ast_str *fnrecurse;
 if (num < 1000000) { /* 1,000,000 */
 fnrecurse = ast_get_number_str((num / 1000), lang);
 fnr = ast_str_buffer(fnrecurse);
 ast_str_append(&filenames, 0, (loops == 0 ? "%s" : "&%s"), fnr);
 num %= 1000;
 snprintf(fn, sizeof(fn), "&digits/thousand");
 } else {
 if (num < 1000000000) { /* 1,000,000,000 */
 fnrecurse = ast_get_number_str((num / 1000000), lang);
 fnr = ast_str_buffer(fnrecurse);
 ast_str_append(&filenames, 0, (loops == 0 ? "%s" : "&%s"), fnr);
 num %= 1000000;
 ast_copy_string(fn, "&digits/million", sizeof(fn));
 } else {
 ast_log(LOG_WARNING, "Number '%d' is too big for me\n", num);
 res = -1;
 }
 }
 }
 }
 if (!res) {
 ast_str_append(&filenames, 0, (loops == 0 ? "%s" : "&%s"), fn);
 loops++;
 }
 }

 return filenames;
}

/*! \brief ast_get_number_str: call language-specific functions */
struct ast_str* ast_get_number_str(int num, const char *lang)
{
 if (!strncasecmp(lang, "en", 2)) { /* English syntax */
 return get_number_str_en(num, lang);
 }

 ast_log(LOG_WARNING, "Language %s not currently supported, defaulting to English\n", lang);
 /* Default to english */
 return get_number_str_en(num, lang);
}

/* Forward declarations */
/*! \page Def_syntaxlang Asterisk Language Syntaxes supported
 \note Not really language codes.
 For these language codes, Asterisk will change the syntax when
 saying numbers (and in some cases dates and voicemail messages
 as well)
 \arg \b da - Danish
 \arg \b de - German
 \arg \b en - English (US)
 \arg \b en_GB - English (British)
 \arg \b es - Spanish, Mexican
 \arg \b fr - French
 \arg \b he - Hebrew
 \arg \b is - Icelandic
 \arg \b it - Italian
 \arg \b nl - Dutch
 \arg \b no - Norwegian
 \arg \b pl - Polish
 \arg \b pt - Portuguese
 \arg \b pt_BR - Portuguese (Brazil)
 \arg \b se - Swedish
 \arg \b zh - Taiwanese / Chinese
 \arg \b ru - Russian
 \arg \b ka - Georgian
 \arg \b hu - Hungarian

 \par Gender:
 For some languages the numbers differ for gender of the countable object.
 Commonly for "one", like "un"/"une" in French. Note that the interface
 is somewhat peculiar, as differing languages can have conflicting
 genders.
 \arg Use the option argument 'f' for female, 'm' for male and 'n' for neuter in languages like Portuguese, French, Spanish and German.
 \arg use the option argument 'c' is for commune and 'n' for neuter gender in nordic languages like Danish, Swedish and Norwegian.

 Date/Time functions currently have less languages supported than saynumber().

 \todo Note that in future, we need to move to a model where we can differentiate further - e.g. between en_US & en_UK

 See contrib/i18n.testsuite.conf for some examples of the different syntaxes

 \par Portuguese
 Portuguese sound files needed for Time/Date functions:
 pt-ah
 pt-ao
 pt-de
 pt-e
 pt-ora
 pt-meianoite
 pt-meiodia
 pt-sss

 \par Spanish
 Spanish sound files needed for Time/Date functions:
 es-de
 es-el

 \par Italian
 Italian sound files needed for Time/Date functions:
 ore-una
 ore-mezzanotte

*/

/* Forward declarations of language specific variants of ast_say_number_full */
static int ast_say_number_full_en(struct ast_channel *chan, int num, const char *ints, const char *language, int audiofd, int ctrlfd);
static int ast_say_number_full_cs(struct ast_channel *chan, int num, const char *ints, const char *language, const char *options, int audiofd, int ctrlfd);
static int ast_say_number_full_da(struct ast_channel *chan, int num, const char *ints, const char *language, const char *options, int audiofd, int ctrlfd);
static int ast_say_number_full_de(struct ast_channel *chan, int num, const char *ints, const char *language, const char *options, int audiofd, int ctrlfd);
static int ast_say_number_full_en_GB(struct ast_channel *chan, int num, const char *ints, const char *language, int audiofd, int ctrlfd);
static int ast_say_number_full_es(struct ast_channel *chan, int num, const char *ints, const char *language, const char *options, int audiofd, int ctrlfd);
static int ast_say_number_full_fr(struct ast_channel *chan, int num, const char *ints, const char *language, const char *options, int audiofd, int ctrlfd);
static int ast_say_number_full_he(struct ast_channel *chan, int num, const char *ints, const char *language, const char *options, int audiofd, int ctrlfd);
static int ast_say_number_full_is(struct ast_channel *chan, int num, const char *ints, const char *language, const char *options, int audiofd, int ctrlfd);
static int ast_say_number_full_it(struct ast_channel *chan, int num, const char *ints, const char *language, int audiofd, int ctrlfd);
static int ast_say_number_full_nl(struct ast_channel *chan, int num, const char *ints, const char *language, int audiofd, int ctrlfd);
static int ast_say_number_full_no(struct ast_channel *chan, int num, const char *ints, const char *language, const char *options, int audiofd, int ctrlfd);
static int ast_say_number_full_pl(struct ast_channel *chan, int num, const char *ints, const char *language, const char *options, int audiofd, int ctrlfd);
static int ast_say_number_full_pt(struct ast_channel *chan, int num, const char *ints, const char *language, const char *options, int audiofd, int ctrlfd);
static int ast_say_number_full_se(struct ast_channel *chan, int num, const char *ints, const char *language, const char *options, int audiofd, int ctrlfd);
static int ast_say_number_full_zh(struct ast_channel *chan, int num, const char *ints, const char *language, int audiofd, int ctrlfd);
static int ast_say_number_full_gr(struct ast_channel *chan, int num, const char *ints, const char *language, int audiofd, int ctrlfd);
static int ast_say_number_full_ja(struct ast_channel *chan, int num, const char *ints, const char *language, int audiofd, int ctrlfd);
static int ast_say_number_full_ru(struct ast_channel *chan, int num, const char *ints, const char *language, const char *options, int audiofd, int ctrlfd);
static int ast_say_number_full_ka(struct ast_channel *chan, int num, const char *ints, const char *language, const char *options, int audiofd, int ctrlfd);
static int ast_say_number_full_hu(struct ast_channel *chan, int num, const char *ints, const char *language, int audiofd, int ctrlfd);
static int ast_say_number_full_th(struct ast_channel *chan, int num, const char *ints, const char *language, int audiofd, int ctrlfd);
static int ast_say_number_full_ur(struct ast_channel *chan, int num, const char *ints, const char *language, const char *options, int audiofd, int ctrlfd);
static int ast_say_number_full_vi(struct ast_channel *chan, int num, const char *ints, const char *language, int audiofd, int ctrlfd);

/* Forward declarations of language specific variants of ast_say_enumeration_full */
static int ast_say_enumeration_full_en(struct ast_channel *chan, int num, const char *ints, const char *language, int audiofd, int ctrlfd);
static int ast_say_enumeration_full_da(struct ast_channel *chan, int num, const char *ints, const char *language, const char *options, int audiofd, int ctrlfd);
static int ast_say_enumeration_full_de(struct ast_channel *chan, int num, const char *ints, const char *language, const char *options, int audiofd, int ctrlfd);
static int ast_say_enumeration_full_he(struct ast_channel *chan, int num, const char *ints, const char *language, const char *options, int audiofd, int ctrlfd);
static int ast_say_enumeration_full_is(struct ast_channel *chan, int num, const char *ints, const char *language, const char *options, int audiofd, int ctrlfd);
static int ast_say_enumeration_full_vi(struct ast_channel *chan, int num, const char *ints, const char *language, int audiofd, int ctrlfd);

/* Forward declarations of ast_say_date, ast_say_datetime and ast_say_time functions */
static int ast_say_date_en(struct ast_channel *chan, time_t t, const char *ints, const char *lang);
static int ast_say_date_da(struct ast_channel *chan, time_t t, const char *ints, const char *lang);
static int ast_say_date_de(struct ast_channel *chan, time_t t, const char *ints, const char *lang);
static int ast_say_date_fr(struct ast_channel *chan, time_t t, const char *ints, const char *lang);
static int ast_say_date_nl(struct ast_channel *chan, time_t t, const char *ints, const char *lang);
static int ast_say_date_pt(struct ast_channel *chan, time_t t, const char *ints, const char *lang);
static int ast_say_date_gr(struct ast_channel *chan, time_t t, const char *ints, const char *lang);
static int ast_say_date_ja(struct ast_channel *chan, time_t t, const char *ints, const char *lang);
static int ast_say_date_ka(struct ast_channel *chan, time_t t, const char *ints, const char *lang);
static int ast_say_date_hu(struct ast_channel *chan, time_t t, const char *ints, const char *lang);
static int ast_say_date_th(struct ast_channel *chan, time_t t, const char *ints, const char *lang);
static int ast_say_date_he(struct ast_channel *chan, time_t t, const char *ints, const char *lang);
static int ast_say_date_is(struct ast_channel *chan, time_t t, const char *ints, const char *lang);

static int ast_say_date_with_format_en(struct ast_channel *chan, time_t t, const char *ints, const char *lang, const char *format, const char *tzone);
static int ast_say_date_with_format_da(struct ast_channel *chan, time_t t, const char *ints, const char *lang, const char *format, const char *tzone);
static int ast_say_date_with_format_de(struct ast_channel *chan, time_t t, const char *ints, const char *lang, const char *format, const char *tzone);
static int ast_say_date_with_format_es(struct ast_channel *chan, time_t t, const char *ints, const char *lang, const char *format, const char *tzone);
static int ast_say_date_with_format_he(struct ast_channel *chan, time_t t, const char *ints, const char *lang, const char *format, const char *tzone);
static int ast_say_date_with_format_fr(struct ast_channel *chan, time_t t, const char *ints, const char *lang, const char *format, const char *tzone);
static int ast_say_date_with_format_is(struct ast_channel *chan, time_t t, const char *ints, const char *lang, const char *format, const char *tzone);
static int ast_say_date_with_format_it(struct ast_channel *chan, time_t t, const char *ints, const char *lang, const char *format, const char *tzone);
static int ast_say_date_with_format_nl(struct ast_channel *chan, time_t t, const char *ints, const char *lang, const char *format, const char *tzone);
static int ast_say_date_with_format_pl(struct ast_channel *chan, time_t t, const char *ints, const char *lang, const char *format, const char *tzone);
static int ast_say_date_with_format_pt(struct ast_channel *chan, time_t t, const char *ints, const char *lang, const char *format, const char *tzone);
static int ast_say_date_with_format_zh(struct ast_channel *chan, time_t t, const char *ints, const char *lang, const char *format, const char *tzone);
static int ast_say_date_with_format_gr(struct ast_channel *chan, time_t t, const char *ints, const char *lang, const char *format, const char *tzone);
static int ast_say_date_with_format_ja(struct ast_channel *chan, time_t t, const char *ints, const char *lang, const char *format, const char *tzone);
static int ast_say_date_with_format_th(struct ast_channel *chan, time_t t, const char *ints, const char *lang, const char *format, const char *tzone);
static int ast_say_date_with_format_vi(struct ast_channel *chan, time_t t, const char *ints, const char *lang, const char *format, const char *tzone);

static int ast_say_time_en(struct ast_channel *chan, time_t t, const char *ints, const char *lang);
static int ast_say_time_de(struct ast_channel *chan, time_t t, const char *ints, const char *lang);
static int ast_say_time_fr(struct ast_channel *chan, time_t t, const char *ints, const char *lang);
static int ast_say_time_nl(struct ast_channel *chan, time_t t, const char *ints, const char *lang);
static int ast_say_time_pt(struct ast_channel *chan, time_t t, const char *ints, const char *lang);
static int ast_say_time_pt_BR(struct ast_channel *chan, time_t t, const char *ints, const char *lang);
static int ast_say_time_zh(struct ast_channel *chan, time_t t, const char *ints, const char *lang);
static int ast_say_time_gr(struct ast_channel *chan, time_t t, const char *ints, const char *lang);
static int ast_say_time_ja(struct ast_channel *chan, time_t t, const char *ints, const char *lang);
static int ast_say_time_ka(struct ast_channel *chan, time_t t, const char *ints, const char *lang);
static int ast_say_time_hu(struct ast_channel *chan, time_t t, const char *ints, const char *lang);
static int ast_say_time_th(struct ast_channel *chan, time_t t, const char *ints, const char *lang);
static int ast_say_time_he(struct ast_channel *chan, time_t t, const char *ints, const char *lang);

static int ast_say_datetime_en(struct ast_channel *chan, time_t t, const char *ints, const char *lang);
static int ast_say_datetime_de(struct ast_channel *chan, time_t t, const char *ints, const char *lang);
static int ast_say_datetime_fr(struct ast_channel *chan, time_t t, const char *ints, const char *lang);
static int ast_say_datetime_nl(struct ast_channel *chan, time_t t, const char *ints, const char *lang);
static int ast_say_datetime_pt(struct ast_channel *chan, time_t t, const char *ints, const char *lang);
static int ast_say_datetime_pt_BR(struct ast_channel *chan, time_t t, const char *ints, const char *lang);
static int ast_say_datetime_zh(struct ast_channel *chan, time_t t, const char *ints, const char *lang);
static int ast_say_datetime_gr(struct ast_channel *chan, time_t t, const char *ints, const char *lang);
static int ast_say_datetime_ja(struct ast_channel *chan, time_t t, const char *ints, const char *lang);
static int ast_say_datetime_ka(struct ast_channel *chan, time_t t, const char *ints, const char *lang);
static int ast_say_datetime_hu(struct ast_channel *chan, time_t t, const char *ints, const char *lang);
static int ast_say_datetime_th(struct ast_channel *chan, time_t t, const char *ints, const char *lang);
static int ast_say_datetime_he(struct ast_channel *chan, time_t t, const char *ints, const char *lang);

static int ast_say_datetime_from_now_en(struct ast_channel *chan, time_t t, const char *ints, const char *lang);
static int ast_say_datetime_from_now_fr(struct ast_channel *chan, time_t t, const char *ints, const char *lang);
static int ast_say_datetime_from_now_pt(struct ast_channel *chan, time_t t, const char *ints, const char *lang);
static int ast_say_datetime_from_now_ka(struct ast_channel *chan, time_t t, const char *ints, const char *lang);
static int ast_say_datetime_from_now_he(struct ast_channel *chan, time_t t, const char *ints, const char *lang);

static int wait_file(struct ast_channel *chan, const char *ints, const char *file, const char *lang)
{
 int res;
 if ((res = ast_streamfile(chan, file, lang))) {
 ast_log(LOG_WARNING, "Unable to play message %s\n", file);
 }
 if (!res) {
 res = ast_waitstream(chan, ints);
 }
 return res;
}

/*! \brief ast_say_number_full: call language-specific functions
 \note Called from AGI */
static int say_number_full(struct ast_channel *chan, int num, const char *ints, const char *language, const char *options, int audiofd, int ctrlfd)
{
 ast_test_suite_event_notify("SAYNUM", "Message: saying number %d\r\nNumber: %d\r\nChannel: %s", num, num, ast_channel_name(chan));
 if (!strncasecmp(language, "en_GB", 5)) { /* British syntax */
 return ast_say_number_full_en_GB(chan, num, ints, language, audiofd, ctrlfd);
 } else if (!strncasecmp(language, "en", 2)) { /* English syntax */
 return ast_say_number_full_en(chan, num, ints, language, audiofd, ctrlfd);
 } else if (!strncasecmp(language, "cs", 2)) { /* Czech syntax */
 return ast_say_number_full_cs(chan, num, ints, language, options, audiofd, ctrlfd);
 } else if (!strncasecmp(language, "da", 2)) { /* Danish syntax */
 return ast_say_number_full_da(chan, num, ints, language, options, audiofd, ctrlfd);
 } else if (!strncasecmp(language, "de", 2)) { /* German syntax */
 return ast_say_number_full_de(chan, num, ints, language, options, audiofd, ctrlfd);
 } else if (!strncasecmp(language, "es", 2)) { /* Spanish syntax */
 return ast_say_number_full_es(chan, num, ints, language, options, audiofd, ctrlfd);
 } else if (!strncasecmp(language, "fr", 2)) { /* French syntax */
 return ast_say_number_full_fr(chan, num, ints, language, options, audiofd, ctrlfd);
 } else if (!strncasecmp(language, "gr", 2)) { /* Greek syntax */
 return ast_say_number_full_gr(chan, num, ints, language, audiofd, ctrlfd);
 } else if (!strncasecmp(language, "ja", 2)) { /* Japanese syntax */
 return ast_say_number_full_ja(chan, num, ints, language, audiofd, ctrlfd);
 } else if (!strncasecmp(language, "he", 2)) { /* Hebrew syntax */
 return ast_say_number_full_he(chan, num, ints, language, options, audiofd, ctrlfd);
 } else if (!strncasecmp(language, "hu", 2)) { /* Hungarian syntax */
 return ast_say_number_full_hu(chan, num, ints, language, audiofd, ctrlfd);
 } else if (!strncasecmp(language, "is", 2)) { /* Icelandic syntax */
 return ast_say_number_full_is(chan, num, ints, language, options, audiofd, ctrlfd);
 } else if (!strncasecmp(language, "it", 2)) { /* Italian syntax */
 return ast_say_number_full_it(chan, num, ints, language, audiofd, ctrlfd);
 } else if (!strncasecmp(language, "ka", 2)) { /* Georgian syntax */
 return ast_say_number_full_ka(chan, num, ints, language, options, audiofd, ctrlfd);
 } else if (!strncasecmp(language, "nl", 2)) { /* Dutch syntax */
 return ast_say_number_full_nl(chan, num, ints, language, audiofd, ctrlfd);
 } else if (!strncasecmp(language, "no", 2)) { /* Norwegian syntax */
 return ast_say_number_full_no(chan, num, ints, language, options, audiofd, ctrlfd);
 } else if (!strncasecmp(language, "pl", 2)) { /* Polish syntax */
 return ast_say_number_full_pl(chan, num, ints, language, options, audiofd, ctrlfd);
 } else if (!strncasecmp(language, "pt", 2)) { /* Portuguese syntax */
 return ast_say_number_full_pt(chan, num, ints, language, options, audiofd, ctrlfd);
 } else if (!strncasecmp(language, "ru", 2)) { /* Russian syntax */
 return ast_say_number_full_ru(chan, num, ints, language, options, audiofd, ctrlfd);
 } else if (!strncasecmp(language, "se", 2)) { /* Swedish syntax */
 return ast_say_number_full_se(chan, num, ints, language, options, audiofd, ctrlfd);
 } else if (!strncasecmp(language, "th", 2)) { /* Thai syntax */
 return ast_say_number_full_th(chan, num, ints, language, audiofd, ctrlfd);
 } else if (!strncasecmp(language, "zh", 2)) { /* Taiwanese / Chinese syntax */
 return ast_say_number_full_zh(chan, num, ints, language, audiofd, ctrlfd);
 } else if (!strncasecmp(language, "ur", 2)) { /* Urdu syntax */
 return ast_say_number_full_ur(chan, num, ints, language, options, audiofd, ctrlfd);
 } else if (!strncasecmp(language, "vi", 2)) { /* Vietnamese syntax */
 return ast_say_number_full_vi(chan, num, ints, language, audiofd, ctrlfd);
 }

 /* Default to english */
 return ast_say_number_full_en(chan, num, ints, language, audiofd, ctrlfd);
}

/*! \brief ast_say_number_full_en: English syntax
 \note This is the default syntax, if no other syntax defined in this file is used */
static int ast_say_number_full_en(struct ast_channel *chan, int num, const char *ints, const char *language, int audiofd, int ctrlfd)
{
 const char *fn;
 int res = 0;

 struct ast_str *filenames = ast_get_number_str(num, language);
 char *files = ast_str_buffer(filenames);

 while ((fn = strsep(&files, "&"))) {
 res = ast_streamfile(chan, fn, language);
 if (!res) {
 if ((audiofd > -1) && (ctrlfd > -1))
 res = ast_waitstream_full(chan, ints, audiofd, ctrlfd);
 else
 res = ast_waitstream(chan, ints);
 }
 ast_stopstream(chan);
 }

 ast_free(filenames);

 return res;
}

static int exp10_int(int power)
{
 int x, res= 1;
 for (x=0;x<power;x++)
 res *= 10;
 return res;
}

/*! \brief ast_say_number_full_cs: Czech syntax
 *
 * files needed:
 * - 1m,2m - gender male
 * - 1w,2w - gender female
 * - 3,4,...,20
 * - 30,40,...,90
 *
 * - hundereds - 100 - sto, 200 - 2ste, 300,400 3,4sta, 500,600,...,900 5,6,...9set
 *
 * for each number 10^(3n + 3) exist 3 files represented as:
 * 1 tousand = jeden tisic = 1_E3
 * 2,3,4 tousands = dva,tri,ctyri tisice = 2-3_E3
 * 5,6,... tousands = pet,sest,... tisic = 5_E3
 *
 * million = _E6
 * miliard = _E9
 * etc...
 *
 * tousand, milion are gender male, so 1 and 2 is 1m 2m
 * miliard is gender female, so 1 and 2 is 1w 2w
 */
static int ast_say_number_full_cs(struct ast_channel *chan, int num, const char *ints, const char *language, const char *options, int audiofd, int ctrlfd)
{
 int res = 0;
 int playh = 0;
 char fn[256] = "";

 int hundered = 0;
 int left = 0;
 int length = 0;

 /* options - w = woman, m = man, n = neutral. Defaultl is woman */
 if (!options)
 options = "w";

 if (!num)
 return ast_say_digits_full(chan, 0, ints, language, audiofd, ctrlfd);

 while (!res && (num || playh)) {
 if (num < 0) {
 ast_copy_string(fn, "digits/minus", sizeof(fn));
 if ( num > INT_MIN ) {
 num = -num;
 } else {
 num = 0;
 }
 } else if (num < 3 ) {
 snprintf(fn, sizeof(fn), "digits/%d%c", num, options[0]);
 playh = 0;
 num = 0;
 } else if (num < 20) {
 snprintf(fn, sizeof(fn), "digits/%d", num);
 playh = 0;
 num = 0;
 } else if (num < 100) {
 snprintf(fn, sizeof(fn), "digits/%d", (num /10) * 10);
 num %= 10;
 } else if (num < 1000) {
 hundered = num / 100;
 if ( hundered == 1 ) {
 ast_copy_string(fn, "digits/1sto", sizeof(fn));
 } else if ( hundered == 2 ) {
 ast_copy_string(fn, "digits/2ste", sizeof(fn));
 } else {
 res = ast_say_number_full_cs(chan, hundered, ints, language, options, audiofd, ctrlfd);
 if (res)
 return res;
 if (hundered == 3 || hundered == 4) {
 ast_copy_string(fn, "digits/sta", sizeof(fn));
 } else if ( hundered > 4 ) {
 ast_copy_string(fn, "digits/set", sizeof(fn));
 }
 }
 num -= (hundered * 100);
 } else { /* num > 1000 */
 length = (int)log10(num)+1;
 while ( (length % 3 ) != 1 ) {
 length--;
 }
 left = num / (exp10_int(length-1));
 if ( left == 2 ) {
 switch (length-1) {
 case 9: options = "w"; /* 1,000,000,000 gender female */
 break;
 default : options = "m"; /* others are male */
 }
 }
 if ( left > 1 ) { /* we don't say "one thousand" but only thousand */
 res = ast_say_number_full_cs(chan, left, ints, language, options, audiofd, ctrlfd);
 if (res)
 return res;
 }
 if ( left >= 5 ) { /* >= 5 have the same declesion */
 snprintf(fn, sizeof(fn), "digits/5_E%d", length - 1);
 } else if ( left >= 2 && left <= 4 ) {
 snprintf(fn, sizeof(fn), "digits/2-4_E%d", length - 1);
 } else { /* left == 1 */
 snprintf(fn, sizeof(fn), "digits/1_E%d", length - 1);
 }
 num -= left * (exp10_int(length-1));
 }
 if (!res) {
 if (!ast_streamfile(chan, fn, language)) {
 if ((audiofd > -1) && (ctrlfd > -1)) {
 res = ast_waitstream_full(chan, ints, audiofd, ctrlfd);
 } else {
 res = ast_waitstream(chan, ints);
 }
 }
 ast_stopstream(chan);
 }
 }
 return res;
}

/*! \brief ast_say_number_full_da: Danish syntax
 New files:
 - In addition to English, the following sounds are required: "1N", "millions", "and" and "1-and" through "9-and"
 */
static int ast_say_number_full_da(struct ast_channel *chan, int num, const char *ints, const char *language, const char *options, int audiofd, int ctrlfd)
{
 int res = 0;
 int playh = 0;
 int playa = 0;
 int cn = 1; /* +1 = commune; -1 = neuter */
 char fn[256] = "";
 if (!num)
 return ast_say_digits_full(chan, 0, ints, language, audiofd, ctrlfd);

 if (options && !strncasecmp(options, "n", 1)) cn = -1;

 while (!res && (num || playh || playa )) {
 /* The grammar for Danish numbers is the same as for English except
 * for the following:
 * - 1 exists in both commune ("en", file "1N") and neuter ("et", file "1")
 * - numbers 20 through 99 are said in reverse order, i.e. 21 is
 * "one-and twenty" and 68 is "eight-and sixty".
 * - "million" is different in singular and plural form
 * - numbers > 1000 with zero as the third digit from last have an
 * "and" before the last two digits, i.e. 2034 is "two thousand and
 * four-and thirty" and 1000012 is "one million and twelve".
 */
 if (num < 0) {
 ast_copy_string(fn, "digits/minus", sizeof(fn));
 if ( num > INT_MIN ) {
 num = -num;
 } else {
 num = 0;
 }
 } else if (playh) {
 ast_copy_string(fn, "digits/hundred", sizeof(fn));
 playh = 0;
 } else if (playa) {
 ast_copy_string(fn, "digits/and", sizeof(fn));
 playa = 0;
 } else if (num == 1 && cn == -1) {
 ast_copy_string(fn, "digits/1N", sizeof(fn));
 num = 0;
 } else if (num < 20) {
 snprintf(fn, sizeof(fn), "digits/%d", num);
 num = 0;
 } else if (num < 100) {
 int ones = num % 10;
 if (ones) {
 snprintf(fn, sizeof(fn), "digits/%d-and", ones);
 num -= ones;
 } else {
 snprintf(fn, sizeof(fn), "digits/%d", num);
 num = 0;
 }
 } else {
 if (num < 1000) {
 int hundreds = num / 100;
 if (hundreds == 1)
 ast_copy_string(fn, "digits/1N", sizeof(fn));
 else
 snprintf(fn, sizeof(fn), "digits/%d", (num / 100));

 playh++;
 num -= 100 * hundreds;
 if (num)
 playa++;

 } else {
 if (num < 1000000) {
 res = ast_say_number_full_da(chan, num / 1000, ints, language, "n", audiofd, ctrlfd);
 if (res)
 return res;
 num = num % 1000;
 ast_copy_string(fn, "digits/thousand", sizeof(fn));
 } else {
 if (num < 1000000000) {
 int millions = num / 1000000;
 res = ast_say_number_full_da(chan, millions, ints, language, "c", audiofd, ctrlfd);
 if (res)
 return res;
 if (millions == 1)
 ast_copy_string(fn, "digits/million", sizeof(fn));
 else
 ast_copy_string(fn, "digits/millions", sizeof(fn));
 num = num % 1000000;
 } else {
 ast_debug(1, "Number '%d' is too big for me\n", num);
 res = -1;
 }
 }
 if (num && num < 100)
 playa++;
 }
 }
 if (!res) {
 if (!ast_streamfile(chan, fn, language)) {
 if ((audiofd > -1) && (ctrlfd > -1))
 res = ast_waitstream_full(chan, ints, audiofd, ctrlfd);
 else
 res = ast_waitstream(chan, ints);
 }
 ast_stopstream(chan);
 }
 }
 return res;
}

/*! \brief ast_say_number_full_de: German syntax

 New files:
 In addition to English, the following sounds are required:
 - "millions"
 - "1-and" through "9-and"
 - "1F" (eine)
 - "1N" (ein)
 - NB "1" is recorded as 'eins'
 */
static int ast_say_number_full_de(struct ast_channel *chan, int num, const char *ints, const char *language, const char *options, int audiofd, int ctrlfd)
{
 int res = 0, t = 0;
 int mf = 1; /* +1 = male and neuter; -1 = female */
 char fn[256] = "";
 char fna[256] = "";
 if (!num)
 return ast_say_digits_full(chan, 0, ints, language, audiofd, ctrlfd);

 if (options && (!strncasecmp(options, "f", 1)))
 mf = -1;

 while (!res && num) {
 /* The grammar for German numbers is the same as for English except
 * for the following:
 * - numbers 20 through 99 are said in reverse order, i.e. 21 is
 * "one-and twenty" and 68 is "eight-and sixty".
 * - "one" varies according to gender
 * - 100 is 'hundert', however all other instances are 'ein hundert'
 * - 1000 is 'tausend', however all other instances are 'ein tausend'
 * - 1000000 is always 'eine million'
 * - "million" is different in singular and plural form
 * - 'and' should not go between a hundreds place value and any
 * tens/ones place values that follows it. i.e 136 is ein hundert
 * sechs und dreizig, not ein hundert und sechs und dreizig.
 */
 if (num < 0) {
 ast_copy_string(fn, "digits/minus", sizeof(fn));
 if ( num > INT_MIN ) {
 num = -num;
 } else {
 num = 0;
 }
 } else if (num == 1 && mf == -1) {
 snprintf(fn, sizeof(fn), "digits/%dF", num);
 num = 0;
 } else if (num < 20) {
 snprintf(fn, sizeof(fn), "digits/%d", num);
 num = 0;
 } else if (num < 100) {
 int ones = num % 10;
 if (ones) {
 snprintf(fn, sizeof(fn), "digits/%d-and", ones);
 num -= ones;
 } else {
 snprintf(fn, sizeof(fn), "digits/%d", num);
 num = 0;
 }
 } else if (num == 100 && t == 0) {
 ast_copy_string(fn, "digits/hundred", sizeof(fn));
 num = 0;
 } else if (num < 1000) {
 int hundreds = num / 100;
 num = num % 100;
 if (hundreds == 1) {
 ast_copy_string(fn, "digits/1N", sizeof(fn));
 } else {
 snprintf(fn, sizeof(fn), "digits/%d", hundreds);
 }
 ast_copy_string(fna, "digits/hundred", sizeof(fna));
 } else if (num == 1000 && t == 0) {
 ast_copy_string(fn, "digits/thousand", sizeof(fn));
 num = 0;
 } else if (num < 1000000) {
 int thousands = num / 1000;
 num = num % 1000;
 t = 1;
 if (thousands == 1) {
 ast_copy_string(fn, "digits/1N", sizeof(fn));
 ast_copy_string(fna, "digits/thousand", sizeof(fna));
 } else {
 res = ast_say_number_full_de(chan, thousands, ints, language, options, audiofd, ctrlfd);
 if (res)
 return res;
 ast_copy_string(fn, "digits/thousand", sizeof(fn));
 }
 } else if (num < 1000000000) {
 int millions = num / 1000000;
 num = num % 1000000;
 t = 1;
 if (millions == 1) {
 ast_copy_string(fn, "digits/1F", sizeof(fn));
 ast_copy_string(fna, "digits/million", sizeof(fna));
 } else {
 res = ast_say_number_full_de(chan, millions, ints, language, options, audiofd, ctrlfd);
 if (res)
 return res;
 ast_copy_string(fn, "digits/millions", sizeof(fn));
 }
 } else if (num <= INT_MAX) {
 int billions = num / 1000000000;
 num = num % 1000000000;
 t = 1;
 if (billions == 1) {
 ast_copy_string(fn, "digits/1F", sizeof(fn));
 ast_copy_string(fna, "digits/milliard", sizeof(fna));
 } else {
 res = ast_say_number_full_de(chan, billions, ints, language, options, audiofd, ctrlfd);
 if (res) {
 return res;
 }
 ast_copy_string(fn, "digits/milliards", sizeof(fn));
 }
 } else {
 ast_debug(1, "Number '%d' is too big for me\n", num);
 res = -1;
 }
 if (!res) {
 if (!ast_streamfile(chan, fn, language)) {
 if ((audiofd > -1) && (ctrlfd > -1))
 res = ast_waitstream_full(chan, ints, audiofd, ctrlfd);
 else
 res = ast_waitstream(chan, ints);
 }
 ast_stopstream(chan);
 if (!res) {
 if (strlen(fna) != 0 && !ast_streamfile(chan, fna, language)) {
 if ((audiofd > -1) && (ctrlfd > -1))
 res = ast_waitstream_full(chan, ints, audiofd, ctrlfd);
 else
 res = ast_waitstream(chan, ints);
 }
 ast_stopstream(chan);
 strcpy(fna, "");
 }
 }
 }
 return res;
}

/*! \brief ast_say_number_full_en_GB: British syntax
 New files:
 - In addition to American English, the following sounds are required: "vm-and"
 */
static int ast_say_number_full_en_GB(struct ast_channel *chan, int num, const char *ints, const char *language, int audiofd, int ctrlfd)
{
 int res = 0;
 int playh = 0;
 int playa = 0;
 char fn[256] = "";
 if (!num)
 return ast_say_digits_full(chan, 0, ints, language, audiofd, ctrlfd);

 while (!res && (num || playh || playa )) {
 if (num < 0) {
 ast_copy_string(fn, "digits/minus", sizeof(fn));
 if ( num > INT_MIN ) {
 num = -num;
 } else {
 num = 0;
 }
 } else if (playh) {
 ast_copy_string(fn, "digits/hundred", sizeof(fn));
 playh = 0;
 } else if (playa) {
 ast_copy_string(fn, "vm-and", sizeof(fn));
 playa = 0;
 } else if (num < 20) {
 snprintf(fn, sizeof(fn), "digits/%d", num);
 num = 0;
 } else if (num < 100) {
 snprintf(fn, sizeof(fn), "digits/%d", (num /10) * 10);
 num %= 10;
 } else if (num < 1000) {
 int hundreds = num / 100;
 snprintf(fn, sizeof(fn), "digits/%d", (num / 100));

 playh++;
 num -= 100 * hundreds;
 if (num)
 playa++;
 } else if (num < 1000000) {
 res = ast_say_number_full_en_GB(chan, num / 1000, ints, language, audiofd, ctrlfd);
 if (res)
 return res;
 ast_copy_string(fn, "digits/thousand", sizeof(fn));
 num %= 1000;
 if (num && num < 100)
 playa++;
 } else if (num < 1000000000) {
 int millions = num / 1000000;
 res = ast_say_number_full_en_GB(chan, millions, ints, language, audiofd, ctrlfd);
 if (res)
 return res;
 ast_copy_string(fn, "digits/million", sizeof(fn));
 num %= 1000000;
 if (num && num < 100)
 playa++;
 } else {
 ast_debug(1, "Number '%d' is too big for me\n", num);
 res = -1;
 }

 if (!res) {
 if (!ast_streamfile(chan, fn, language)) {
 if ((audiofd > -1) && (ctrlfd > -1))
 res = ast_waitstream_full(chan, ints, audiofd, ctrlfd);
 else
 res = ast_waitstream(chan, ints);
 }
 ast_stopstream(chan);
 }
 }
 return res;
}

/*! \brief ast_say_number_full_es: Spanish syntax

 New files:
 Requires a few new audios:
 1F.gsm: feminine 'una'
 21.gsm thru 29.gsm, cien.gsm, mil.gsm, millon.gsm, millones.gsm, 100.gsm, 200.gsm, 300.gsm, 400.gsm, 500.gsm, 600.gsm, 700.gsm, 800.gsm, 900.gsm, y.gsm
 */
static int ast_say_number_full_es(struct ast_channel *chan, int num, const char *ints, const char *language, const char *options, int audiofd, int ctrlfd)
{
 int res = 0;
 int playa = 0;
 int mf = 0; /* +1 = male; -1 = female */
 char fn[256] = "";
 if (!num)
 return ast_say_digits_full(chan, 0, ints, language, audiofd, ctrlfd);

 if (options) {
 if (!strncasecmp(options, "f", 1))
 mf = -1;
 else if (!strncasecmp(options, "m", 1))
 mf = 1;
 }

 while (!res && num) {
 if (num < 0) {
 ast_copy_string(fn, "digits/minus", sizeof(fn));
 if ( num > INT_MIN ) {
 num = -num;
 } else {
 num = 0;
 }
 } else if (playa) {
 ast_copy_string(fn, "digits/and", sizeof(fn));
 playa = 0;
 } else if (num == 1) {
 if (mf < 0)
 snprintf(fn, sizeof(fn), "digits/%dF", num);
 else if (mf > 0)
 snprintf(fn, sizeof(fn), "digits/%dM", num);
 else
 snprintf(fn, sizeof(fn), "digits/%d", num);
 num = 0;
 } else if (num < 31) {
 snprintf(fn, sizeof(fn), "digits/%d", num);
 num = 0;
 } else if (num < 100) {
 snprintf(fn, sizeof(fn), "digits/%d", (num/10)*10);
 num %= 10;
 if (num)
 playa++;
 } else if (num == 100) {
 ast_copy_string(fn, "digits/100", sizeof(fn));
 num = 0;
 } else if (num < 200) {
 ast_copy_string(fn, "digits/100-and", sizeof(fn));
 num -= 100;
 } else {
 if (num < 1000) {
 snprintf(fn, sizeof(fn), "digits/%d", (num/100)*100);
 num %= 100;
 } else if (num < 2000) {
 num %= 1000;
 ast_copy_string(fn, "digits/thousand", sizeof(fn));
 } else {
 if (num < 1000000) {
 res = ast_say_number_full_es(chan, num / 1000, ints, language, options, audiofd, ctrlfd);
 if (res)
 return res;
 num %= 1000;
 ast_copy_string(fn, "digits/thousand", sizeof(fn));
 } else {
 if (num < 2147483640) {
 if ((num/1000000) == 1) {
 res = ast_say_number_full_es(chan, num / 1000000, ints, language, "M", audiofd, ctrlfd);
 if (res)
 return res;
 ast_copy_string(fn, "digits/million", sizeof(fn));
 } else {
 res = ast_say_number_full_es(chan, num / 1000000, ints, language, options, audiofd, ctrlfd);
 if (res)
 return res;
 ast_copy_string(fn, "digits/millions", sizeof(fn));
 }
 num %= 1000000;
 } else {
 ast_debug(1, "Number '%d' is too big for me\n", num);
 res = -1;
 }
 }
 }
 }

 if (!res) {
 if (!ast_streamfile(chan, fn, language)) {
 if ((audiofd > -1) && (ctrlfd > -1))
 res = ast_waitstream_full(chan, ints, audiofd, ctrlfd);
 else
 res = ast_waitstream(chan, ints);
 }
 ast_stopstream(chan);

 }

 }
 return res;
}

/*! \brief ast_say_number_full_fr: French syntax
 Extra sounds needed:
 1F: feminin 'une'
 et: 'and' */
static int ast_say_number_full_fr(struct ast_channel *chan, int num, const char *ints, const char *language, const char *options, int audiofd, int ctrlfd)
{
 int res = 0;
 int playh = 0;
 int playa = 0;
 int mf = 1; /* +1 = male; -1 = female */
 char fn[256] = "";
 if (!num)
 return ast_say_digits_full(chan, 0, ints, language, audiofd, ctrlfd);

 if (options && !strncasecmp(options, "f", 1))
 mf = -1;

 while (!res && (num || playh || playa)) {
 if (num < 0) {
 ast_copy_string(fn, "digits/minus", sizeof(fn));
 if ( num > INT_MIN ) {
 num = -num;
 } else {
 num = 0;
 }
 } else if (playh) {
 ast_copy_string(fn, "digits/hundred", sizeof(fn));
 playh = 0;
 } else if (playa) {
 ast_copy_string(fn, "digits/et", sizeof(fn));
 playa = 0;
 } else if (num == 1) {
 if (mf < 0)
 snprintf(fn, sizeof(fn), "digits/%dF", num);
 else
 snprintf(fn, sizeof(fn), "digits/%d", num);
 num = 0;
 } else if (num < 21) {
 snprintf(fn, sizeof(fn), "digits/%d", num);
 num = 0;
 } else if (num < 70) {
 snprintf(fn, sizeof(fn), "digits/%d", (num/10)*10);
 if ((num % 10) == 1) playa++;
 num = num % 10;
 } else if (num < 80) {
 ast_copy_string(fn, "digits/60", sizeof(fn));
 if ((num % 10) == 1) playa++;
 num -= 60;
 } else if (num < 100) {
 ast_copy_string(fn, "digits/80", sizeof(fn));
 num = num - 80;
 } else if (num < 200) {
 ast_copy_string(fn, "digits/hundred", sizeof(fn));
 num = num - 100;
 } else if (num < 1000) {
 snprintf(fn, sizeof(fn), "digits/%d", (num/100));
 playh++;
 num = num % 100;
 } else if (num < 2000) {
 ast_copy_string(fn, "digits/thousand", sizeof(fn));
 num = num - 1000;
 } else if (num < 1000000) {
 res = ast_say_number_full_fr(chan, num / 1000, ints, language, options, audiofd, ctrlfd);
 if (res)
 return res;
 ast_copy_string(fn, "digits/thousand", sizeof(fn));
 num = num % 1000;
 } else if (num < 1000000000) {
 res = ast_say_number_full_fr(chan, num / 1000000, ints, language, options, audiofd, ctrlfd);
 if (res)
 return res;
 ast_copy_string(fn, "digits/million", sizeof(fn));
 num = num % 1000000;
 } else {
 ast_debug(1, "Number '%d' is too big for me\n", num);
 res = -1;
 }
 if (!res) {
 if (!ast_streamfile(chan, fn, language)) {
 if ((audiofd > -1) && (ctrlfd > -1))
 res = ast_waitstream_full(chan, ints, audiofd, ctrlfd);
 else
 res = ast_waitstream(chan, ints);
 }
 ast_stopstream(chan);
 }
 }
 return res;
}



/* Hebrew syntax
 * Check doc/lang/hebrew-digits.txt for information about the various
 * recordings required to make this translation work properly */
#define SAY_NUM_BUF_SIZE 256
static int ast_say_number_full_he(struct ast_channel *chan, int num, const char *ints, const char *language, const char *options, int audiofd, int ctrlfd)
{
 int res = 0;
 int state = 0; /* no need to save anything */
 int mf = -1; /* +1 = Masculin; -1 = Feminin */
 int tmpnum = 0;

 char fn[SAY_NUM_BUF_SIZE] = "";

 ast_verb(3, "ast_say_digits_full: started. num: %d, options=\"%s\"\n", num, options);

 if (!num) {
 return ast_say_digits_full(chan, 0, ints, language, audiofd, ctrlfd);
 }
 if (options && !strncasecmp(options, "m", 1)) {
 mf = 1;
 }
 ast_verb(3, "ast_say_digits_full: num: %d, state=%d, options=\"%s\", mf=%d\n", num, state, options, mf);

 /* Do we have work to do? */
 while (!res && (num || (state > 0))) {
 /* first type of work: play a second sound. In this loop
 * we can only play one sound file at a time. Thus playing
 * a second one requires repeating the loop just for the
 * second file. The variable 'state' remembers where we were.
 * state==0 is the normal mode and it means that we continue
 * to check if the number num has yet anything left.
 */
 ast_verb(3, "ast_say_digits_full: num: %d, state=%d, options=\"%s\", mf=%d, tmpnum=%d\n", num, state, options, mf, tmpnum);

 if (state == 1) {
 state = 0;
 } else if (state == 2) {
 if ((num >= 11) && (num < 21)) {
 if (mf < 0) {
 snprintf(fn, sizeof(fn), "digits/ve");
 } else {
 snprintf(fn, sizeof(fn), "digits/uu");
 }
 } else {
 switch (num) {
 case 1:
 snprintf(fn, sizeof(fn), "digits/ve");
 break;
 case 2:
 snprintf(fn, sizeof(fn), "digits/uu");
 break;
 case 3:
 if (mf < 0) {
 snprintf(fn, sizeof(fn), "digits/ve");
 } else {
 snprintf(fn, sizeof(fn), "digits/uu");
 }
 break;
 case 4:
 snprintf(fn, sizeof(fn), "digits/ve");
 break;
 case 5:
 snprintf(fn, sizeof(fn), "digits/ve");
 break;
 case 6:
 snprintf(fn, sizeof(fn), "digits/ve");
 break;
 case 7:
 snprintf(fn, sizeof(fn), "digits/ve");
 break;
 case 8:
 snprintf(fn, sizeof(fn), "digits/uu");
 break;
 case 9:
 snprintf(fn, sizeof(fn), "digits/ve");
 break;
 case 10:
 snprintf(fn, sizeof(fn), "digits/ve");
 break;
 }
 }
 state = 0;
 } else if (state == 3) {
 snprintf(fn, sizeof(fn), "digits/1k");
 state = 0;
 } else if (num < 0) {
 snprintf(fn, sizeof(fn), "digits/minus");
 num = (-1) * num;
 } else if (num < 20) {
 if (mf < 0) {
 snprintf(fn, sizeof(fn), "digits/%d", num);
 } else {
 snprintf(fn, sizeof(fn), "digits/%dm", num);
 }
 num = 0;
 } else if ((num < 100) && (num >= 20)) {
 snprintf(fn, sizeof(fn), "digits/%d", (num / 10) * 10);
 num = num % 10;
 if (num > 0) {
 state = 2;
 }
 } else if ((num >= 100) && (num < 1000)) {
 tmpnum = num / 100;
 snprintf(fn, sizeof(fn), "digits/%d00", tmpnum);
 num = num - (tmpnum * 100);
 if ((num > 0) && (num < 11)) {
 state = 2;
 }
 } else if ((num >= 1000) && (num < 10000)) {
 tmpnum = num / 1000;
 snprintf(fn, sizeof(fn), "digits/%dk", tmpnum);
 num = num - (tmpnum * 1000);
 if ((num > 0) && (num < 11)) {
 state = 2;
 }
 } else if (num < 20000) {
 snprintf(fn, sizeof(fn), "digits/%dm", (num / 1000));
 num = num % 1000;
 state = 3;
 } else if (num < 1000000) {
 res = ast_say_number_full_he(chan, num / 1000, ints, language, "m", audiofd, ctrlfd);
 if (res) {
 return res;
 }
 snprintf(fn, sizeof(fn), "digits/1k");
 num = num % 1000;
 if ((num > 0) && (num < 11)) {
 state = 2;
 }
 } else if (num < 2000000) {
 snprintf(fn, sizeof(fn), "digits/million");
 num = num % 1000000;
 if ((num > 0) && (num < 11)) {
 state = 2;
 }
 } else if (num < 3000000) {
 snprintf(fn, sizeof(fn), "digits/twomillion");
 num = num - 2000000;
 if ((num > 0) && (num < 11)) {
 state = 2;
 }
 } else if (num < 1000000000) {
 res = ast_say_number_full_he(chan, num / 1000000, ints, language, "m", audiofd, ctrlfd);
 if (res) {
 return res;
 }
 snprintf(fn, sizeof(fn), "digits/million");
 num = num % 1000000;
 if ((num > 0) && (num < 11)) {
 state = 2;
 }
 } else {
 ast_debug(1, "Number '%d' is too big for me\n", num);
 res = -1;
 }
 tmpnum = 0;
 if (!res) {
 if (!ast_streamfile(chan, fn, language)) {
 if ((audiofd > -1) && (ctrlfd > -1)) {
 res = ast_waitstream_full(chan, ints, audiofd, ctrlfd);
 } else {
 res = ast_waitstream(chan, ints);
 }
 }
 ast_stopstream(chan);
 }
 }
 return res;
}

/*! \brief ast_say_number_full_hu: Hungarian syntax

 Extra sounds needed:
 10en: "tizen"
 20on: "huszon"
*/
static int ast_say_number_full_hu(struct ast_channel *chan, int num, const char *ints, const char *language, int audiofd, int ctrlfd)
{
 int res = 0;
 int playh = 0;
 char fn[256] = "";
 if (!num)
 return ast_say_digits_full(chan, 0, ints, language, audiofd, ctrlfd);

 /*
 Hungarian support
 like english, except numbers up to 29 are from 2 words.
 10 and first word of 1[1-9] and 20 and first word of 2[1-9] are different.
 */

 while(!res && (num || playh)) {
 if (num < 0) {
 ast_copy_string(fn, "digits/minus", sizeof(fn));
 if ( num > INT_MIN ) {
 num = -num;
 } else {
 num = 0;
 }
 } else if (playh) {
 ast_copy_string(fn, "digits/hundred", sizeof(fn));
 playh = 0;
 } else if (num < 11 || num == 20) {
 snprintf(fn, sizeof(fn), "digits/%d", num);
 num = 0;
 } else if (num < 20) {
 ast_copy_string(fn, "digits/10en", sizeof(fn));
 num -= 10;
 } else if (num < 30) {
 ast_copy_string(fn, "digits/20on", sizeof(fn));
 num -= 20;
 } else if (num < 100) {
 snprintf(fn, sizeof(fn), "digits/%d", (num /10) * 10);
 num %= 10;
 } else {
 if (num < 1000){
 snprintf(fn, sizeof(fn), "digits/%d", (num/100));
 playh++;
 num %= 100;
 } else {
 if (num < 1000000) { /* 1,000,000 */
 res = ast_say_number_full_hu(chan, num / 1000, ints, language, audiofd, ctrlfd);
 if (res)
 return res;
 num %= 1000;
 ast_copy_string(fn, "digits/thousand", sizeof(fn));
 } else {
 if (num < 1000000000) { /* 1,000,000,000 */
 res = ast_say_number_full_hu(chan, num / 1000000, ints, language, audiofd, ctrlfd);
 if (res)
 return res;
 num %= 1000000;
 ast_copy_string(fn, "digits/million", sizeof(fn));
 } else {
 ast_debug(1, "Number '%d' is too big for me\n", num);
 res = -1;
 }
 }
 }
 }
 if (!res) {
 if(!ast_streamfile(chan, fn, language)) {
 if ((audiofd > -1) && (ctrlfd > -1))
 res = ast_waitstream_full(chan, ints, audiofd, ctrlfd);
 else
 res = ast_waitstream(chan, ints);
 }
 ast_stopstream(chan);
 }
 }
 return res;
}

/*! \brief ast_say_number_full_is: Icelandic syntax */
/* New files:
 In addition to American English, the following sounds are required: "hundreds", "millions", "1kvk", "1hk", "2kvk", "2hk", "3kvk", "3hk", "4kvk", "4hk"
 */
static int ast_say_number_full_is(struct ast_channel *chan, int num, const char *ints, const char *language, const char *options, int audiofd, int ctrlfd)
{
 int res = 0;
 int playh = 0;
 int playa = 0;
 int cn = 1; /* 1 = masc; 2 = fem; 3 = neut */
 char fn[256] = "";

 if (!num)
 return ast_say_digits_full(chan, 0, ints, language, audiofd, ctrlfd);

 if (options && !strncasecmp(options, "f", 1)) cn = 2;
 if (options && !strncasecmp(options, "c", 1)) cn = 3;
 /* It seems that sometimes people are using c and sometimes n. */
 if (options && !strncasecmp(options, "n", 1)) cn = 3;

 while (!res && (num || playh || playa )) {
 if (num < 0) {
 ast_copy_string(fn, "digits/minus", sizeof(fn));
 if ( num > INT_MIN ) {
 num = -num;
 } else {
 num = 0;
 }
 } else if (playh) {
 if (playh > 1)
 ast_copy_string(fn, "digits/hundreds", sizeof(fn));
 else
 ast_copy_string(fn, "digits/hundred", sizeof(fn));
 playh = 0;
 } else if (playa) {
 ast_copy_string(fn, "digits/and", sizeof(fn));
 playa = 0;
 } else if (num < 5 && cn == 2) {
 snprintf(fn, sizeof(fn), "digits/%dkvk", num);
 num = 0;
 } else if (num < 5 && cn == 3) {
 snprintf(fn, sizeof(fn), "digits/%dhk", num);
 num = 0;
 } else if (num < 20) {
 snprintf(fn, sizeof(fn), "digits/%d", num);
 num = 0;
 } else if (num < 100) {
 snprintf(fn, sizeof(fn), "digits/%d", (num /10) * 10);
 num %= 10;
 if (num)
 playa++;
 } else if (num < 1000) {
 int hundreds = num / 100;
 /* The number prepending hundreds are in neutral */
 if (hundreds < 5)
 snprintf(fn, sizeof(fn), "digits/%dhk", hundreds);
 else
 snprintf(fn, sizeof(fn), "digits/%d", (num / 100));

 playh = hundreds;
 num -= 100 * hundreds;
 if (num && num < 20)
 playa++;
 /* The 'and' moves forward on even tens. */
 if (num && (num % 10) == 0)
 playa++;
 } else if (num < 1000000) {
 res = ast_say_number_full_is(chan, num / 1000, ints, language, "n", audiofd, ctrlfd);
 /* Play 'and' if it's an even hundred. */
 if ((num % 100) == 0 && (num % 1000 != 0)) {
 playa++;
 }
 if (res)
 return res;
 ast_copy_string(fn, "digits/thousand", sizeof(fn));
 num %= 1000;
 if (num && (num < 20 || (num % 10 == 0)))
 playa++;
 } else if (num < 1000000000) {
 int millions = num / 1000000;
 /* The number of millions is feminine */
 res = ast_say_number_full_is(chan, millions, ints, language, "f", audiofd, ctrlfd);
 if (res)
 return res;
 if (millions > 1)
 ast_copy_string(fn, "digits/millions", sizeof(fn));
 else
 ast_copy_string(fn, "digits/million", sizeof(fn));
 num %= 1000000;
 if (num && num < 100)
 playa++;
 } else if (num < INT_MAX) {
 int milliards = num / 1000000000;
 /* The number of milliards is masculine */
 res = ast_say_number_full_is(chan, milliards, ints, language, "m", audiofd, ctrlfd);
 if (res)
 return res;
 if (milliards > 1)
 ast_copy_string(fn, "digits/milliards", sizeof(fn));
 else
 ast_copy_string(fn, "digits/milliard", sizeof(fn));
 num %= 1000000000;
 if (num && num < 100)
 playa++;
 } else {
 ast_debug(1, "Number '%d' is too big for me\n", num);
 res = -1;
 }

 if (!res) {
 if (!ast_streamfile(chan, fn, language)) {
 if ((audiofd > -1) && (ctrlfd > -1))
 res = ast_waitstream_full(chan, ints, audiofd, ctrlfd);
 else
 res = ast_waitstream(chan, ints);
 }
 ast_stopstream(chan);
 }
 }
 return res;
}


/*! \brief ast_say_number_full_it: Italian */
static int ast_say_number_full_it(struct ast_channel *chan, int num, const char *ints, const char *language, int audiofd, int ctrlfd)
{
 int res = 0;
 int playh = 0;
 int tempnum = 0;
 char fn[256] = "";

 if (!num)
 return ast_say_digits_full(chan, 0, ints, language, audiofd, ctrlfd);

 /*
 Italian support

 Like english, numbers up to 20 are a single 'word', and others
 compound, but with exceptions.
 For example 21 is not twenty-one, but there is a single word in 'it'.
 Idem for 28 (ie when a the 2nd part of a compund number
 starts with a vowel)

 There are exceptions also for hundred, thousand and million.
 In english 100 = one hundred, 200 is two hundred.
 In italian 100 = cento , like to say hundred (without one),
 200 and more are like english.

 Same applies for thousand:
 1000 is one thousand in en, 2000 is two thousand.
 In it we have 1000 = mille , 2000 = 2 mila

 For million(s) we use the plural, if more than one
 Also, one million is abbreviated in it, like on-million,
 or 'un milione', not 'uno milione'.
 So the right file is provided.
 */

 while (!res && (num || playh)) {
 if (num < 0) {
 ast_copy_string(fn, "digits/minus", sizeof(fn));
 if ( num > INT_MIN ) {
 num = -num;
 } else {
 num = 0;
 }
 } else if (playh) {
 ast_copy_string(fn, "digits/hundred", sizeof(fn));
 playh = 0;
 } else if (num < 20) {
 snprintf(fn, sizeof(fn), "digits/%d", num);
 num = 0;
 } else if (num == 21) {
 snprintf(fn, sizeof(fn), "digits/%d", num);
 num = 0;
 } else if (num == 28) {
 snprintf(fn, sizeof(fn), "digits/%d", num);
 num = 0;
 } else if (num == 31) {
 snprintf(fn, sizeof(fn), "digits/%d", num);
 num = 0;
 } else if (num == 38) {
 snprintf(fn, sizeof(fn), "digits/%d", num);
 num = 0;
 } else if (num == 41) {
 snprintf(fn, sizeof(fn), "digits/%d", num);
 num = 0;
 } else if (num == 48) {
 snprintf(fn, sizeof(fn), "digits/%d", num);
 num = 0;
 } else if (num == 51) {
 snprintf(fn, sizeof(fn), "digits/%d", num);
 num = 0;
 } else if (num == 58) {
 snprintf(fn, sizeof(fn), "digits/%d", num);
 num = 0;
 } else if (num == 61) {
 snprintf(fn, sizeof(fn), "digits/%d", num);
 num = 0;
 } else if (num == 68) {
 snprintf(fn, sizeof(fn), "digits/%d", num);
 num = 0;
 } else if (num == 71) {
 snprintf(fn, sizeof(fn), "digits/%d", num);
 num = 0;
 } else if (num == 78) {
 snprintf(fn, sizeof(fn), "digits/%d", num);
 num = 0;
 } else if (num == 81) {
 snprintf(fn, sizeof(fn), "digits/%d", num);
 num = 0;
 } else if (num == 88) {
 snprintf(fn, sizeof(fn), "digits/%d", num);
 num = 0;
 } else if (num == 91) {
 snprintf(fn, sizeof(fn), "digits/%d", num);
 num = 0;
 } else if (num == 98) {
 snprintf(fn, sizeof(fn), "digits/%d", num);
 num = 0;
 } else if (num < 100) {
 snprintf(fn, sizeof(fn), "digits/%d", (num /10) * 10);
 num %= 10;
 } else {
 if (num < 1000) {
 if ((num / 100) > 1) {
 snprintf(fn, sizeof(fn), "digits/%d", (num/100));
 playh++;
 } else {
 ast_copy_string(fn, "digits/hundred", sizeof(fn));
 }
 num %= 100;
 } else {
 if (num < 1000000) { /* 1,000,000 */
 if ((num/1000) > 1)
 res = ast_say_number_full_it(chan, num / 1000, ints, language, audiofd, ctrlfd);
 if (res)
 return res;
 tempnum = num;
 num %= 1000;
 if ((tempnum / 1000) < 2)
 ast_copy_string(fn, "digits/thousand", sizeof(fn));
 else /* for 1000 it says mille, for >1000 (eg 2000) says mila */
 ast_copy_string(fn, "digits/thousands", sizeof(fn));
 } else {
 if (num < 1000000000) { /* 1,000,000,000 */
 if ((num / 1000000) > 1)
 res = ast_say_number_full_it(chan, num / 1000000, ints, language, audiofd, ctrlfd);
 if (res)
 return res;
 tempnum = num;
 num %= 1000000;
 if ((tempnum / 1000000) < 2)
 ast_copy_string(fn, "digits/million", sizeof(fn));
 else
 ast_copy_string(fn, "digits/millions", sizeof(fn));
 } else {
 ast_debug(1, "Number '%d' is too big for me\n", num);
 res = -1;
 }
 }
 }
 }
 if (!res) {
 if (!ast_streamfile(chan, fn, language)) {
 if ((audiofd > -1) && (ctrlfd > -1))
 res = ast_waitstream_full(chan, ints, audiofd, ctrlfd);
 else
 res = ast_waitstream(chan, ints);
 }
 ast_stopstream(chan);
 }
 }
 return res;
}

/*! \brief ast_say_number_full_nl: dutch syntax
 * New files: digits/nl-en
 */
static int ast_say_number_full_nl(struct ast_channel *chan, int num, const char *ints, const char *language, int audiofd, int ctrlfd)
{
 int res = 0;
 int playh = 0;
 int units = 0;
 char fn[256] = "";
 if (!num)
 return ast_say_digits_full(chan, 0, ints, language, audiofd, ctrlfd);
 while (!res && (num || playh )) {
 if (num < 0) {
 ast_copy_string(fn, "digits/minus", sizeof(fn));
 if ( num > INT_MIN ) {
 num = -num;
 } else {
 num = 0;
 }
 } else if (playh) {
 ast_copy_string(fn, "digits/hundred", sizeof(fn));
 playh = 0;
 } else if (num < 20) {
 snprintf(fn, sizeof(fn), "digits/%d", num);
 num = 0;
 } else if (num < 100) {
 units = num % 10;
 if (units > 0) {
 res = ast_say_number_full_nl(chan, units, ints, language, audiofd, ctrlfd);
 if (res)
 return res;
 num = num - units;
 ast_copy_string(fn, "digits/nl-en", sizeof(fn));
 } else {
 snprintf(fn, sizeof(fn), "digits/%d", num - units);
 num = 0;
 }
 } else if (num < 200) {
 /* hundred, not one-hundred */
 ast_copy_string(fn, "digits/hundred", sizeof(fn));
 num %= 100;
 } else if (num < 1000) {
 snprintf(fn, sizeof(fn), "digits/%d", num / 100);
 playh++;
 num %= 100;
 } else {
 if (num < 1100) {
 /* thousand, not one-thousand */
 num %= 1000;
 ast_copy_string(fn, "digits/thousand", sizeof(fn));
 } else if (num < 10000) { /* 1,100 to 9,9999 */
 res = ast_say_number_full_nl(chan, num / 100, ints, language, audiofd, ctrlfd);
 if (res)
 return res;
 num %= 100;
 ast_copy_string(fn, "digits/hundred", sizeof(fn));
 } else {
 if (num < 1000000) { /* 1,000,000 */
 res = ast_say_number_full_nl(chan, num / 1000, ints, language, audiofd, ctrlfd);
 if (res)
 return res;
 num %= 1000;
 ast_copy_string(fn, "digits/thousand", sizeof(fn));
 } else {
 if (num < 1000000000) { /* 1,000,000,000 */
 res = ast_say_number_full_nl(chan, num / 1000000, ints, language, audiofd, ctrlfd);
 if (res)
 return res;
 num %= 1000000;
 ast_copy_string(fn, "digits/million", sizeof(fn));
 } else {
 ast_debug(1, "Number '%d' is too big for me\n", num);
 res = -1;
 }
 }
 }
 }

 if (!res) {
 if (!ast_streamfile(chan, fn, language)) {
 if ((audiofd > -1) && (ctrlfd > -1))
 res = ast_waitstream_full(chan, ints, audiofd, ctrlfd);
 else
 res = ast_waitstream(chan, ints);
 }
 ast_stopstream(chan);
 }
 }
 return res;
}

/*! \brief ast_say_number_full_no: Norwegian syntax
 * New files:
 * In addition to American English, the following sounds are required: "and", "1N"
 *
 * The grammar for Norwegian numbers is the same as for English except
 * for the following:
 * - 1 exists in both commune ("en", file "1") and neuter ("ett", file "1N")
 * "and" before the last two digits, i.e. 2034 is "two thousand and
 * thirty-four" and 1000012 is "one million and twelve".
 */
static int ast_say_number_full_no(struct ast_channel *chan, int num, const char *ints, const char *language, const char *options, int audiofd, int ctrlfd)
{
 int res = 0;
 int playh = 0;
 int playa = 0;
 int cn = 1; /* +1 = commune; -1 = neuter */
 char fn[256] = "";

 if (!num)
 return ast_say_digits_full(chan, 0, ints, language, audiofd, ctrlfd);

 if (options && !strncasecmp(options, "n", 1)) cn = -1;

 while (!res && (num || playh || playa )) {
 if (num < 0) {
 ast_copy_string(fn, "digits/minus", sizeof(fn));
 if ( num > INT_MIN ) {
 num = -num;
 } else {
 num = 0;
 }
 } else if (playh) {
 ast_copy_string(fn, "digits/hundred", sizeof(fn));
 playh = 0;
 } else if (playa) {
 ast_copy_string(fn, "digits/and", sizeof(fn));
 playa = 0;
 } else if (num == 1 && cn == -1) {
 ast_copy_string(fn, "digits/1N", sizeof(fn));
 num = 0;
 } else if (num < 20) {
 snprintf(fn, sizeof(fn), "digits/%d", num);
 num = 0;
 } else if (num < 100) {
 snprintf(fn, sizeof(fn), "digits/%d", (num /10) * 10);
 num %= 10;
 } else if (num < 1000) {
 int hundreds = num / 100;
 if (hundreds == 1)
 ast_copy_string(fn, "digits/1N", sizeof(fn));
 else
 snprintf(fn, sizeof(fn), "digits/%d", (num / 100));

 playh++;
 num -= 100 * hundreds;
 if (num)
 playa++;
 } else if (num < 1000000) {
 res = ast_say_number_full_no(chan, num / 1000, ints, language, "n", audiofd, ctrlfd);
 if (res)
 return res;
 ast_copy_string(fn, "digits/thousand", sizeof(fn));
 num %= 1000;
 if (num && num < 100)
 playa++;
 } else if (num < 1000000000) {
 int millions = num / 1000000;
 res = ast_say_number_full_no(chan, millions, ints, language, "c", audiofd, ctrlfd);
 if (res)
 return res;
 ast_copy_string(fn, "digits/million", sizeof(fn));
 num %= 1000000;
 if (num && num < 100)
 playa++;
 } else {
 ast_debug(1, "Number '%d' is too big for me\n", num);
 res = -1;
 }

 if (!res) {
 if (!ast_streamfile(chan, fn, language)) {
 if ((audiofd > -1) && (ctrlfd > -1))
 res = ast_waitstream_full(chan, ints, audiofd, ctrlfd);
 else
 res = ast_waitstream(chan, ints);
 }
 ast_stopstream(chan);
 }
 }
 return res;
}

typedef struct {
 char *separator_dziesiatek;
 char *cyfry[10];
 char *cyfry2[10];
 char *setki[10];
 char *dziesiatki[10];
 char *nastki[10];
 char *rzedy[3][3];
} odmiana;

static char *pl_rzad_na_tekst(odmiana *odm, int i, int rzad)
{
 if (rzad==0)
 return "";

 if (i==1)
 return odm->rzedy[rzad - 1][0];
 if ((i > 21 || i < 11) && i%10 > 1 && i%10 < 5)
 return odm->rzedy[rzad - 1][1];
 else
 return odm->rzedy[rzad - 1][2];
}

static char* pl_append(char* buffer, char* str)
{
 strcpy(buffer, str);
 buffer += strlen(str);
 return buffer;
}

static void pl_odtworz_plik(struct ast_channel *chan, const char *language, int audiofd, int ctrlfd, const char *ints, char *fn)
{
 char file_name[255] = "digits/";
 strcat(file_name, fn);
 ast_debug(1, "Trying to play: %s\n", file_name);
 if (!ast_streamfile(chan, file_name, language)) {
 if ((audiofd > -1) && (ctrlfd > -1))
 ast_waitstream_full(chan, ints, audiofd, ctrlfd);
 else
 ast_waitstream(chan, ints);
 }
 ast_stopstream(chan);
}

static void powiedz(struct ast_channel *chan, const char *language, int audiofd, int ctrlfd, const char *ints, odmiana *odm, int rzad, int i)
{
 /* Initialise variables to allow compilation on Debian-stable, etc */
 int m1000E6 = 0;
 int i1000E6 = 0;
 int m1000E3 = 0;
 int i1000E3 = 0;
 int m1000 = 0;
 int i1000 = 0;
 int m100 = 0;
 int i100 = 0;

 if (i == 0 && rzad > 0) {
 return;
 }
 if (i == 0) {
 pl_odtworz_plik(chan, language, audiofd, ctrlfd, ints, odm->cyfry[0]);
 return;
 }

 m1000E6 = i % 1000000000;
 i1000E6 = i / 1000000000;

 powiedz(chan, language, audiofd, ctrlfd, ints, odm, rzad+3, i1000E6);

 m1000E3 = m1000E6 % 1000000;
 i1000E3 = m1000E6 / 1000000;

 powiedz(chan, language, audiofd, ctrlfd, ints, odm, rzad+2, i1000E3);

 m1000 = m1000E3 % 1000;
 i1000 = m1000E3 / 1000;

 powiedz(chan, language, audiofd, ctrlfd, ints, odm, rzad+1, i1000);

 m100 = m1000 % 100;
 i100 = m1000 / 100;

 if (i100>0)
 pl_odtworz_plik(chan, language, audiofd, ctrlfd, ints, odm->setki[i100]);

 if (m100 > 0 && m100 <= 9) {
 if (m1000 > 0)
 pl_odtworz_plik(chan, language, audiofd, ctrlfd, ints, odm->cyfry2[m100]);
 else
 pl_odtworz_plik(chan, language, audiofd, ctrlfd, ints, odm->cyfry[m100]);
 } else if (m100 % 10 == 0 && m100 != 0) {
 pl_odtworz_plik(chan, language, audiofd, ctrlfd, ints, odm->dziesiatki[m100 / 10]);
 } else if (m100 > 10 && m100 <= 19) {
 pl_odtworz_plik(chan, language, audiofd, ctrlfd, ints, odm->nastki[m100 % 10]);
 } else if (m100 > 20) {
 if (odm->separator_dziesiatek[0] == ' ') {
 pl_odtworz_plik(chan, language, audiofd, ctrlfd, ints, odm->dziesiatki[m100 / 10]);
 pl_odtworz_plik(chan, language, audiofd, ctrlfd, ints, odm->cyfry2[m100 % 10]);
 } else {
 char buf[10];
 char *b = buf;
 b = pl_append(b, odm->dziesiatki[m100 / 10]);
 b = pl_append(b, odm->separator_dziesiatek);
 pl_append(b, odm->cyfry2[m100 % 10]);
 pl_odtworz_plik(chan, language, audiofd, ctrlfd, ints, buf);
 }
 }

 if (rzad > 0) {
 pl_odtworz_plik(chan, language, audiofd, ctrlfd, ints, pl_rzad_na_tekst(odm, i, rzad));
 }
}

/* ast_say_number_full_pl: Polish syntax

Sounds needed:
0 zero
1 jeden
10 dziesiec
100 sto
1000 tysiac
1000000 milion
1000000000 miliard
1000000000.2 miliardy
1000000000.5 miliardow
1000000.2 miliony
1000000.5 milionow
1000.2 tysiace
1000.5 tysiecy
100m stu
10m dziesieciu
11 jedenascie
11m jedenastu
12 dwanascie
12m dwunastu
13 trzynascie
13m trzynastu
14 czternascie
14m czternastu
15 pietnascie
15m pietnastu
16 szesnascie
16m szesnastu
17 siedemnascie
17m siedemnastu
18 osiemnascie
18m osiemnastu
19 dziewietnascie
19m dziewietnastu
1z jedna
2 dwa
20 dwadziescia
200 dwiescie
200m dwustu
20m dwudziestu
2-1m dwaj
2-2m dwoch
2z dwie
3 trzy
30 trzydziesci
300 trzysta
300m trzystu
30m trzydziestu
3-1m trzej
3-2m trzech
4 cztery
40 czterdziesci
400 czterysta
400m czterystu
40m czterdziestu
4-1m czterej
4-2m czterech
5 piec
50 piecdziesiat
500 piecset
500m pieciuset
50m piedziesieciu
5m pieciu
6 szesc
60 szescdziesiat
600 szescset
600m szesciuset
60m szescdziesieciu
6m szesciu
7 siedem
70 siedemdziesiat
700 siedemset
700m siedmiuset
70m siedemdziesieciu
7m siedmiu
8 osiem
80 osiemdziesiat
800 osiemset
800m osmiuset
80m osiemdziesieciu
8m osmiu
9 dziewiec
90 dziewiecdziesiat
900 dziewiecset
900m dziewieciuset
90m dziewiedziesieciu
9m dziewieciu
and combinations of eg.: 20_1, 30m_3m, etc...

*/
static int ast_say_number_full_pl(struct ast_channel *chan, int num, const char *ints, const char *language, const char *options, int audiofd, int ctrlfd)
{
 char *zenski_cyfry[] = {"0", "1z", "2z", "3", "4", "5", "6", "7", "8", "9"};

 char *zenski_cyfry2[] = {"0", "1", "2z", "3", "4", "5", "6", "7", "8", "9"};

 char *meski_cyfry[] = {"0", "1", "2-1m", "3-1m", "4-1m", "5m", /*"2-1mdwaj"*/ "6m", "7m", "8m", "9m"};

 char *meski_cyfry2[] = {"0", "1", "2-2m", "3-2m", "4-2m", "5m", "6m", "7m", "8m", "9m"};

 char *meski_setki[] = {"", "100m", "200m", "300m", "400m", "500m", "600m", "700m", "800m", "900m"};

 char *meski_dziesiatki[] = {"", "10m", "20m", "30m", "40m", "50m", "60m", "70m", "80m", "90m"};

 char *meski_nastki[] = {"", "11m", "12m", "13m", "14m", "15m", "16m", "17m", "18m", "19m"};

 char *nijaki_cyfry[] = {"0", "1", "2", "3", "4", "5", "6", "7", "8", "9"};

 char *nijaki_cyfry2[] = {"0", "1", "2", "3", "4", "5", "6", "7", "8", "9"};

 char *nijaki_setki[] = {"", "100", "200", "300", "400", "500", "600", "700", "800", "900"};

 char *nijaki_dziesiatki[] = {"", "10", "20", "30", "40", "50", "60", "70", "80", "90"};

 char *nijaki_nastki[] = {"", "11", "12", "13", "14", "15", "16", "17", "18", "19"};

 char *rzedy[][3] = { {"1000", "1000.2", "1000.5"}, {"1000000", "1000000.2", "1000000.5"}, {"1000000000", "1000000000.2", "1000000000.5"}};

 /* Initialise variables to allow compilation on Debian-stable, etc */
 odmiana *o;

 static odmiana *odmiana_nieosobowa = NULL;
 static odmiana *odmiana_meska = NULL;
 static odmiana *odmiana_zenska = NULL;

 if (odmiana_nieosobowa == NULL) {
 odmiana_nieosobowa = ast_malloc(sizeof(*odmiana_nieosobowa));

 odmiana_nieosobowa->separator_dziesiatek = " ";

 memcpy(odmiana_nieosobowa->cyfry, nijaki_cyfry, sizeof(odmiana_nieosobowa->cyfry));
 memcpy(odmiana_nieosobowa->cyfry2, nijaki_cyfry2, sizeof(odmiana_nieosobowa->cyfry));
 memcpy(odmiana_nieosobowa->setki, nijaki_setki, sizeof(odmiana_nieosobowa->setki));
 memcpy(odmiana_nieosobowa->dziesiatki, nijaki_dziesiatki, sizeof(odmiana_nieosobowa->dziesiatki));
 memcpy(odmiana_nieosobowa->nastki, nijaki_nastki, sizeof(odmiana_nieosobowa->nastki));
 memcpy(odmiana_nieosobowa->rzedy, rzedy, sizeof(odmiana_nieosobowa->rzedy));
 }

 if (odmiana_zenska == NULL) {
 odmiana_zenska = ast_malloc(sizeof(*odmiana_zenska));

 odmiana_zenska->separator_dziesiatek = " ";

 memcpy(odmiana_zenska->cyfry, zenski_cyfry, sizeof(odmiana_zenska->cyfry));
 memcpy(odmiana_zenska->cyfry2, zenski_cyfry2, sizeof(odmiana_zenska->cyfry));
 memcpy(odmiana_zenska->setki, nijaki_setki, sizeof(odmiana_zenska->setki));
 memcpy(odmiana_zenska->dziesiatki, nijaki_dziesiatki, sizeof(odmiana_zenska->dziesiatki));
 memcpy(odmiana_zenska->nastki, nijaki_nastki, sizeof(odmiana_zenska->nastki));
 memcpy(odmiana_zenska->rzedy, rzedy, sizeof(odmiana_zenska->rzedy));
 }

 if (odmiana_meska == NULL) {
 odmiana_meska = ast_malloc(sizeof(*odmiana_meska));

 odmiana_meska->separator_dziesiatek = " ";

 memcpy(odmiana_meska->cyfry, meski_cyfry, sizeof(odmiana_meska->cyfry));
 memcpy(odmiana_meska->cyfry2, meski_cyfry2, sizeof(odmiana_meska->cyfry));
 memcpy(odmiana_meska->setki, meski_setki, sizeof(odmiana_meska->setki));
 memcpy(odmiana_meska->dziesiatki, meski_dziesiatki, sizeof(odmiana_meska->dziesiatki));
 memcpy(odmiana_meska->nastki, meski_nastki, sizeof(odmiana_meska->nastki));
 memcpy(odmiana_meska->rzedy, rzedy, sizeof(odmiana_meska->rzedy));
 }

 if (options) {
 if (strncasecmp(options, "f", 1) == 0)
 o = odmiana_zenska;
 else if (strncasecmp(options, "m", 1) == 0)
 o = odmiana_meska;
 else
 o = odmiana_nieosobowa;
 } else
 o = odmiana_nieosobowa;

 powiedz(chan, language, audiofd, ctrlfd, ints, o, 0, num);
 return 0;
}

/* ast_say_number_full_pt: Portuguese syntax

 * Extra sounds needed:
 * For feminin all sound files ends with F
 * 100E for 100+ something
 * 1000000S for plural
 * pt-e for 'and'
 */
static int ast_say_number_full_pt(struct ast_channel *chan, int num, const char *ints, const char *language, const char *options, int audiofd, int ctrlfd)
{
 int res = 0;
 int playh = 0;
 int mf = 1; /* +1 = male; -1 = female */
 char fn[256] = "";

 if (!num)
 return ast_say_digits_full(chan, 0, ints, language, audiofd, ctrlfd);

 if (options && !strncasecmp(options, "f", 1))
 mf = -1;

 while (!res && num ) {
 if (num < 0) {
 ast_copy_string(fn, "digits/minus", sizeof(fn));
 if ( num > INT_MIN ) {
 num = -num;
 } else {
 num = 0;
 }
 } else if (num < 20) {
 if ((num == 1 || num == 2) && (mf < 0))
 snprintf(fn, sizeof(fn), "digits/%dF", num);
 else
 snprintf(fn, sizeof(fn), "digits/%d", num);
 num = 0;
 } else if (num < 100) {
 snprintf(fn, sizeof(fn), "digits/%d", (num / 10) * 10);
 if (num % 10)
 playh = 1;
 num = num % 10;
 } else if (num < 1000) {
 if (num == 100)
 ast_copy_string(fn, "digits/100", sizeof(fn));
 else if (num < 200)
 ast_copy_string(fn, "digits/100E", sizeof(fn));
 else {
 if (mf < 0 && num > 199)
 snprintf(fn, sizeof(fn), "digits/%dF", (num / 100) * 100);
 else
 snprintf(fn, sizeof(fn), "digits/%d", (num / 100) * 100);
 if (num % 100)
 playh = 1;
 }
 num = num % 100;
 } else if (num < 1000000) {
 if (num > 1999) {
 res = ast_say_number_full_pt(chan, (num / 1000) * mf, ints, language, options, audiofd, ctrlfd);
 if (res)
 return res;
 }
 ast_copy_string(fn, "digits/1000", sizeof(fn));
 if ((num % 1000) && ((num % 1000) < 100 || !(num % 100)))
 playh = 1;
 num = num % 1000;
 } else if (num < 1000000000) {
 res = ast_say_number_full_pt(chan, (num / 1000000), ints, language, options, audiofd, ctrlfd );
 if (res)
 return res;
 if (num < 2000000)
 ast_copy_string(fn, "digits/1000000", sizeof(fn));
 else
 ast_copy_string(fn, "digits/1000000S", sizeof(fn));

 if ((num % 1000000) &&
 /* no thousands */
 ((!((num / 1000) % 1000) && ((num % 1000) < 100 || !(num % 100))) ||
 /* no hundreds and below */
 (!(num % 1000) && (((num / 1000) % 1000) < 100 || !((num / 1000) % 100))) ) )
 playh = 1;
 num = num % 1000000;
 } else {
 /* number is too big */
 ast_log(LOG_WARNING, "Number '%d' is too big to say.", num);
 res = -1;
 }
 if (!res) {
 if (!ast_streamfile(chan, fn, language)) {
 if ((audiofd > -1) && (ctrlfd > -1))
 res = ast_waitstream_full(chan, ints, audiofd, ctrlfd);
 else
 res = ast_waitstream(chan, ints);
 }
 ast_stopstream(chan);
 }
 if (!res && playh) {
 res = wait_file(chan, ints, "digits/pt-e", language);
 ast_stopstream(chan);
 playh = 0;
 }
 }
 return res;
}

/*! \brief ast_say_number_full_se: Swedish syntax

 Sound files needed
 - 1N
*/
static int ast_say_number_full_se(struct ast_channel *chan, int num, const char *ints, const char *language, const char *options, int audiofd, int ctrlfd)
{
 int playh = 0;
 int start = 1;
 char fn[256] = "";
 int cn = 1; /* +1 = commune; -1 = neuter */
 int res = 0;

 if (!num) {
 return ast_say_digits_full(chan, 0, ints, language, audiofd, ctrlfd);
 }
 if (options && !strncasecmp(options, "n", 1)) cn = -1;

 while (num || playh) {
 if (num < 0) {
 ast_copy_string(fn, "digits/minus", sizeof(fn));
 if ( num > INT_MIN ) {
 num = -num;
 } else {
 num = 0;
 }
 } else if (playh) {
 ast_copy_string(fn, "digits/hundred", sizeof(fn));
 playh = 0;
 } else if (start && num < 200 && num > 99 && cn == -1) {
 /* Don't say "en hundra" just say "hundra". */
 snprintf(fn, sizeof(fn), "digits/hundred");
 num -= 100;
 } else if (num == 1 && cn == -1) { /* En eller ett? */
 ast_copy_string(fn, "digits/1N", sizeof(fn));
 num = 0;
 } else if (num < 20) {
 snprintf(fn, sizeof(fn), "digits/%d", num);
 num = 0;
 } else if (num < 100) { /* Below hundreds - teens and tens */
 snprintf(fn, sizeof(fn), "digits/%d", (num /10) * 10);
 num %= 10;
 } else if (num < 1000) {
 /* Hundreds */
 snprintf(fn, sizeof(fn), "digits/%d", (num/100));
 playh++;
 num %= 100;
 } else if (num < 1000000) { /* 1,000,000 */
 /* Always say "ett hundra tusen", not "en hundra tusen" */
 res = ast_say_number_full_se(chan, num / 1000, ints, language, "c", audiofd, ctrlfd);
 if (res) {
 return res;
 }
 num %= 1000;
 ast_copy_string(fn, "digits/thousand", sizeof(fn));
 } else if (num < 1000000000) { /* 1,000,000,000 */
 /* Always say "en miljon", not "ett miljon" */
 res = ast_say_number_full_se(chan, num / 1000000, ints, language, "n", audiofd, ctrlfd);
 if (res) {
 return res;
 }
 num %= 1000000;
 ast_copy_string(fn, "digits/million", sizeof(fn));
 } else { /* Miljarder - Billions */
 ast_debug(1, "Number '%d' is too big for me\n", num);
 return -1;
 }

 if (!ast_streamfile(chan, fn, language)) {
 if ((audiofd > -1) && (ctrlfd > -1)) {
 res = ast_waitstream_full(chan, ints, audiofd, ctrlfd);
 } else {
 res = ast_waitstream(chan, ints);
 }
 ast_stopstream(chan);
 if (res) {
 return res;
 }
 }
 start = 0;
 }
 return 0;
}

/*! \brief ast_say_number_full_zh: Taiwanese / Chinese syntax */
static int ast_say_number_full_zh(struct ast_channel *chan, int num, const char *ints, const char *language, int audiofd, int ctrlfd)
{
 int res = 0;
 int playh = 0;
 int playt = 0;
 int playz = 0;
 int last_length = 0;
 char buf[20] = "";
 char fn[256] = "";
 if (!num)
 return ast_say_digits_full(chan, 0, ints, language, audiofd, ctrlfd);

 while (!res && (num || playh || playt || playz)) {
 if (num < 0) {
 ast_copy_string(fn, "digits/minus", sizeof(fn));
 if ( num > INT_MIN ) {
 num = -num;
 } else {
 num = 0;
 }
 } else if (playz) {
 snprintf(fn, sizeof(fn), "digits/0");
 last_length = 0;
 playz = 0;
 } else if (playh) {
 ast_copy_string(fn, "digits/hundred", sizeof(fn));
 playh = 0;
 } else if (playt) {
 snprintf(fn, sizeof(fn), "digits/thousand");
 playt = 0;
 } else if (num < 10) {
 snprintf(buf, 12, "%d", num);
 if (last_length - strlen(buf) > 1 && last_length != 0) {
 last_length = strlen(buf);
 playz++;
 continue;
 }
 snprintf(fn, sizeof(fn), "digits/%d", num);
 num = 0;
 } else if (num < 100) {
 snprintf(buf, 10, "%d", num);
 if (last_length - strlen(buf) > 1 && last_length != 0) {
 last_length = strlen(buf);
 playz++;
 continue;
 }
 last_length = strlen(buf);
 snprintf(fn, sizeof(fn), "digits/%d", (num / 10) * 10);
 num %= 10;
 } else {
 if (num < 1000){
 snprintf(buf, 10, "%d", num);
 if (last_length - strlen(buf) > 1 && last_length != 0) {
 last_length = strlen(buf);
 playz++;
 continue;
 }
 snprintf(fn, sizeof(fn), "digits/%d", (num / 100));
 playh++;
 snprintf(buf, 10, "%d", num);
 ast_debug(1, "Number '%d' %d %d\n", num, (int)strlen(buf), last_length);
 last_length = strlen(buf);
 num -= ((num / 100) * 100);
 } else if (num < 10000){
 snprintf(buf, 10, "%d", num);
 snprintf(fn, sizeof(fn), "digits/%d", (num / 1000));
 playt++;
 snprintf(buf, 10, "%d", num);
 ast_debug(1, "Number '%d' %d %d\n", num, (int)strlen(buf), last_length);
 last_length = strlen(buf);
 num -= ((num / 1000) * 1000);
 } else if (num < 100000000) { /* 100,000,000 */
 res = ast_say_number_full_zh(chan, num / 10000, ints, language, audiofd, ctrlfd);
 if (res)
 return res;
 snprintf(buf, 10, "%d", num);
 ast_debug(1, "Number '%d' %d %d\n", num, (int)strlen(buf), last_length);
 num -= ((num / 10000) * 10000);
 last_length = strlen(buf);
 snprintf(fn, sizeof(fn), "digits/wan");
 } else {
 if (num < 1000000000) { /* 1,000,000,000 */
 res = ast_say_number_full_zh(chan, num / 100000000, ints, language, audiofd, ctrlfd);
 if (res)
 return res;
 snprintf(buf, 10, "%d", num);
 ast_debug(1, "Number '%d' %d %d\n", num, (int)strlen(buf), last_length);
 last_length = strlen(buf);
 num -= ((num / 100000000) * 100000000);
 snprintf(fn, sizeof(fn), "digits/yi");
 } else {
 ast_debug(1, "Number '%d' is too big for me\n", num);
 res = -1;
 }
 }
 }
 if (!res) {
 if (!ast_streamfile(chan, fn, language)) {
 if ((audiofd > -1) && (ctrlfd > -1))
 res = ast_waitstream_full(chan, ints, audiofd, ctrlfd);
 else
 res = ast_waitstream(chan, ints);
 }
 ast_stopstream(chan);
 }
 }
 return res;
}

/*!\internal
 * \brief Counting in Urdu, the national language of Pakistan
 * \since 1.8
 */
static int ast_say_number_full_ur(struct ast_channel *chan, int num, const char *ints, const char *language, const char *options, int audiofd, int ctrlfd)
{
 int res = 0;
 int playh = 0;
 char fn[256] = "";

 if (!num) {
 return ast_say_digits_full(chan, 0, ints, language, audiofd, ctrlfd);
 }

 while (!res && (num || playh)) {
 if (playh) {
 snprintf(fn, sizeof(fn), "digits/hundred");
 playh = 0;
 } else if (num < 100) {
 snprintf(fn, sizeof(fn), "digits/%d", num);
 num = 0;
 } else if (num < 1000) {
 snprintf(fn, sizeof(fn), "digits/%d", (num / 100));
 playh++;
 num -= ((num / 100) * 100);
 } else if (num < 100000) { /* 1,00,000 */
 if ((res = ast_say_number_full_ur(chan, num / 1000, ints, language, options, audiofd, ctrlfd))) {
 return res;
 }
 num = num % 1000;
 snprintf(fn, sizeof(fn), "digits/thousand");
 } else if (num < 10000000) { /* 1,00,00,000 */
 if ((res = ast_say_number_full_ur(chan, num / 100000, ints, language, options, audiofd, ctrlfd))) {
 return res;
 }
 num = num % 100000;
 snprintf(fn, sizeof(fn), "digits/lac");
 } else if (num < 1000000000) { /* 1,00,00,00,000 */
 if ((res = ast_say_number_full_ur(chan, num / 10000000, ints, language, options, audiofd, ctrlfd))) {
 return res;
 }
 num = num % 10000000;
 snprintf(fn, sizeof(fn), "digits/crore");
 } else {
 ast_debug(1, "Number '%d' is too big for me\n", num);
 res = -1;
 }

 if (!res) {
 if (!ast_streamfile(chan, fn, language)) {
 if ((audiofd > -1) && (ctrlfd > -1)) {
 res = ast_waitstream_full(chan, ints, audiofd, ctrlfd);
 } else {
 res = ast_waitstream(chan, ints);
 }
 }
 ast_stopstream(chan);
 }
 }
 return res;
}

/*! \brief determine last digits for thousands/millions (ru) */
static int get_lastdigits_ru(int num) {
 if (num < 20) {
 return num;
 } else if (num < 100) {
 return get_lastdigits_ru(num % 10);
 } else if (num < 1000) {
 return get_lastdigits_ru(num % 100);
 }
 return 0; /* number too big */
}


/*! \brief ast_say_number_full_ru: Russian syntax

 additional files:
 n00.gsm (one hundred, two hundred, ...)
 thousand.gsm
 million.gsm
 thousands-i.gsm (tisyachi)
 million-a.gsm (milliona)
 thousands.gsm
 millions.gsm
 1f.gsm (odna)
 2f.gsm (dve)

 where 'n' from 1 to 9
*/
static int ast_say_number_full_ru(struct ast_channel *chan, int num, const char *ints, const char *language, const char *options, int audiofd, int ctrlfd)
{
 int res = 0;
 int lastdigits = 0;
 char fn[256] = "";
 if (!num)
 return ast_say_digits_full(chan, 0, ints, language, audiofd, ctrlfd);

 while (!res && (num)) {
 if (num < 0) {
 ast_copy_string(fn, "digits/minus", sizeof(fn));
 if ( num > INT_MIN ) {
 num = -num;
 } else {
 num = 0;
 }
 } else if (num < 20) {
 if (options && strlen(options) == 1 && num < 3) {
 snprintf(fn, sizeof(fn), "digits/%d%s", num, options);
 } else {
 snprintf(fn, sizeof(fn), "digits/%d", num);
 }
 num = 0;
 } else if (num < 100) {
 snprintf(fn, sizeof(fn), "digits/%d", num - (num % 10));
 num %= 10;
 } else if (num < 1000){
 snprintf(fn, sizeof(fn), "digits/%d", num - (num % 100));
 num %= 100;
 } else if (num < 1000000) { /* 1,000,000 */
 lastdigits = get_lastdigits_ru(num / 1000);
 /* say thousands */
 if (lastdigits < 3) {
 res = ast_say_number_full_ru(chan, num / 1000, ints, language, "f", audiofd, ctrlfd);
 } else {
 res = ast_say_number_full_ru(chan, num / 1000, ints, language, NULL, audiofd, ctrlfd);
 }
 if (res)
 return res;
 if (lastdigits == 1) {
 ast_copy_string(fn, "digits/thousand", sizeof(fn));
 } else if (lastdigits > 1 && lastdigits < 5) {
 ast_copy_string(fn, "digits/thousands-i", sizeof(fn));
 } else {
 ast_copy_string(fn, "digits/thousands", sizeof(fn));
 }
 num %= 1000;
 } else if (num < 1000000000) { /* 1,000,000,000 */
 lastdigits = get_lastdigits_ru(num / 1000000);
 /* say millions */
 res = ast_say_number_full_ru(chan, num / 1000000, ints, language, NULL, audiofd, ctrlfd);
 if (res)
 return res;
 if (lastdigits == 1) {
 ast_copy_string(fn, "digits/million", sizeof(fn));
 } else if (lastdigits > 1 && lastdigits < 5) {
 ast_copy_string(fn, "digits/million-a", sizeof(fn));
 } else {
 ast_copy_string(fn, "digits/millions", sizeof(fn));
 }
 num %= 1000000;
 } else {
 ast_debug(1, "Number '%d' is too big for me\n", num);
 res = -1;
 }
 if (!res) {
 if (!ast_streamfile(chan, fn, language)) {
 if ((audiofd > -1) && (ctrlfd > -1))
 res = ast_waitstream_full(chan, ints, audiofd, ctrlfd);
 else
 res = ast_waitstream(chan, ints);
 }
 ast_stopstream(chan);
 }
 }
 return res;
}

/*! \brief Thai syntax */
static int ast_say_number_full_th(struct ast_channel *chan, int num, const char *ints, const char *language, int audiofd, int ctrlfd)
{
 int res = 0;
 int playh = 0;
 char fn[256] = "";
 if (!num)
 return ast_say_digits_full(chan, 0, ints, language, audiofd, ctrlfd);

 while(!res && (num || playh)) {
 if (num < 0) {
 ast_copy_string(fn, "digits/lop", sizeof(fn));
 if ( num > INT_MIN ) {
 num = -num;
 } else {
 num = 0;
 }
 } else if (playh) {
 ast_copy_string(fn, "digits/roi", sizeof(fn));
 playh = 0;
 } else if (num < 100) {
 if ((num <= 20) || ((num % 10) == 1)) {
 snprintf(fn, sizeof(fn), "digits/%d", num);
 num = 0;
 } else {
 snprintf(fn, sizeof(fn), "digits/%d", (num / 10) * 10);
 num %= 10;
 }
 } else if (num < 1000) {
 snprintf(fn, sizeof(fn), "digits/%d", (num/100));
 playh++;
 num %= 100;
 } else if (num < 10000) { /* 10,000 */
 res = ast_say_number_full_th(chan, num / 1000, ints, language, audiofd, ctrlfd);
 if (res)
 return res;
 num %= 1000;
 ast_copy_string(fn, "digits/pan", sizeof(fn));
 } else if (num < 100000) { /* 100,000 */
 res = ast_say_number_full_th(chan, num / 10000, ints, language, audiofd, ctrlfd);
 if (res)
 return res;
 num %= 10000;
 ast_copy_string(fn, "digits/muan", sizeof(fn));
 } else if (num < 1000000) { /* 1,000,000 */
 res = ast_say_number_full_th(chan, num / 100000, ints, language, audiofd, ctrlfd);
 if (res)
 return res;
 num %= 100000;
 ast_copy_string(fn, "digits/san", sizeof(fn));
 } else {
 res = ast_say_number_full_th(chan, num / 1000000, ints, language, audiofd, ctrlfd);
 if (res)
 return res;
 num %= 1000000;
 ast_copy_string(fn, "digits/larn", sizeof(fn));
 }
 if (!res) {
 if(!ast_streamfile(chan, fn, language)) {
 if ((audiofd > -1) && (ctrlfd > -1))
 res = ast_waitstream_full(chan, ints, audiofd, ctrlfd);
 else
 res = ast_waitstream(chan, ints);
 }
 ast_stopstream(chan);
 }
 }
 return res;
}

/*! \brief ast_say_number_full_vi: Vietnamese syntax */
static int ast_say_number_full_vi(struct ast_channel *chan, int num, const char *ints, const char *language, int audiofd, int ctrlfd)
{
 int res = 0;
 int playh = 0;
 int playoh = 0;
 int playohz = 0;
 int playz = 0;
 int playl = 0;
 char fn[256] = "";
 if (!num)
 return ast_say_digits_full(chan, 0, ints, language, audiofd, ctrlfd);
 while (!res && (num || playh)) {
 if (num < 0) {
 ast_copy_string(fn, "digits/minus", sizeof(fn));
 if ( num > INT_MIN ) {
 num = -num;
 } else {
 num = 0;
 }
 } else if (playl) {
 snprintf(fn, sizeof(fn), "digits/%da", num);
 playl = 0;
 num = 0;
 } else if (playh) {
 ast_copy_string(fn, "digits/hundred", sizeof(fn));
 playh = 0;
 } else if (playz) {
 ast_copy_string(fn, "digits/odd", sizeof(fn));
 playz = 0;
 } else if (playoh) {
 ast_copy_string(fn, "digits/0-hundred", sizeof(fn));
 playoh = 0;
 } else if (playohz) {
 ast_copy_string(fn, "digits/0-hundred-odd", sizeof(fn));
 playohz = 0;
 } else if (num < 20) {
 snprintf(fn, sizeof(fn), "digits/%d", num);
 num = 0;
 } else if (num < 100) {
 snprintf(fn, sizeof(fn), "digits/%d", (num /10) * 10);
 num %= 10;
 if ((num == 5) || (num == 4) || (num == 1)) playl++;
 } else {
 if (num < 1000) {
 snprintf(fn, sizeof(fn), "digits/%d", (num/100));
 num %= 100;
 if (num && (num < 10)) {
 playz++;
 playh++;
 } else {
 playh++;
 }
 } else {
 if (num < 1000000) { /* 1,000,000 */
 res = ast_say_number_full_vi(chan, num / 1000, ints, language, audiofd, ctrlfd);
 if (res)
 return res;
 num %= 1000;
 snprintf(fn, sizeof(fn), "digits/thousand");
 if (num && (num < 10)) {
 playohz++;
 } else if (num && (num < 100)){
 playoh++;
 } else {
 playh = 0;
 playohz = 0;
 playoh = 0;
 }
 } else {
 if (num < 1000000000) { /* 1,000,000,000 */
 res = ast_say_number_full_vi(chan, num / 1000000, ints, language, audiofd, ctrlfd);
 if (res)
 return res;
 num %= 1000000;
 ast_copy_string(fn, "digits/million", sizeof(fn));
 } else {
 res = -1;
 }
 }
 }
 }
 if (!res) {
 if (!ast_streamfile(chan, fn, language)) {
 if ((audiofd > -1) && (ctrlfd > -1))
 res = ast_waitstream_full(chan, ints, audiofd, ctrlfd);
 else
 res = ast_waitstream(chan, ints);
 }
 ast_stopstream(chan);
 }
 }
 return res;
}

/*! \brief ast_say_enumeration_full: call language-specific functions
 * \note Called from AGI */
static int say_enumeration_full(struct ast_channel *chan, int num, const char *ints, const char *language, const char *options, int audiofd, int ctrlfd)
{
 if (!strncasecmp(language, "en", 2)) { /* English syntax */
 return ast_say_enumeration_full_en(chan, num, ints, language, audiofd, ctrlfd);
 } else if (!strncasecmp(language, "da", 2)) { /* Danish syntax */
 return ast_say_enumeration_full_da(chan, num, ints, language, options, audiofd, ctrlfd);
 } else if (!strncasecmp(language, "de", 2)) { /* German syntax */
 return ast_say_enumeration_full_de(chan, num, ints, language, options, audiofd, ctrlfd);
 } else if (!strncasecmp(language, "he", 2)) { /* Hebrew syntax */
 return ast_say_enumeration_full_he(chan, num, ints, language, options, audiofd, ctrlfd);
 } else if (!strncasecmp(language, "is", 2)) { /* Icelandic syntax */
 return ast_say_enumeration_full_is(chan, num, ints, language, options, audiofd, ctrlfd);
 } else if (!strncasecmp(language, "vi", 2)) { /* Vietnamese syntax */
 return ast_say_enumeration_full_vi(chan, num, ints, language, audiofd, ctrlfd);
 }

 /* Default to english */
 return ast_say_enumeration_full_en(chan, num, ints, language, audiofd, ctrlfd);
}

/*! \brief ast_say_enumeration_full_en: English syntax
 \note This is the default syntax, if no other syntax defined in this file is used */
static int ast_say_enumeration_full_en(struct ast_channel *chan, int num, const char *ints, const char *language, int audiofd, int ctrlfd)
{
 int res = 0, t = 0;
 char fn[256] = "";

 while (!res && num) {
 if (num < 0) {
 ast_copy_string(fn, "digits/minus", sizeof(fn)); /* kind of senseless for enumerations, but our best effort for error checking */
 if ( num > INT_MIN ) {
 num = -num;
 } else {
 num = 0;
 }
 } else if (num < 20) {
 snprintf(fn, sizeof(fn), "digits/h-%d", num);
 num = 0;
 } else if (num < 100) {
 int tens = num / 10;
 num = num % 10;
 if (num == 0) {
 snprintf(fn, sizeof(fn), "digits/h-%d", (tens * 10));
 } else {
 snprintf(fn, sizeof(fn), "digits/%d", (tens * 10));
 }
 } else if (num < 1000) {
 int hundreds = num / 100;
 num = num % 100;
 if (hundreds > 1 || t == 1) {
 res = ast_say_number_full_en(chan, hundreds, ints, language, audiofd, ctrlfd);
 }
 if (res)
 return res;
 if (num) {
 ast_copy_string(fn, "digits/hundred", sizeof(fn));
 } else {
 ast_copy_string(fn, "digits/h-hundred", sizeof(fn));
 }
 } else if (num < 1000000) {
 int thousands = num / 1000;
 num = num % 1000;
 if (thousands > 1 || t == 1) {
 res = ast_say_number_full_en(chan, thousands, ints, language, audiofd, ctrlfd);
 }
 if (res)
 return res;
 if (num) {
 ast_copy_string(fn, "digits/thousand", sizeof(fn));
 } else {
 ast_copy_string(fn, "digits/h-thousand", sizeof(fn));
 }
 t = 1;
 } else if (num < 1000000000) {
 int millions = num / 1000000;
 num = num % 1000000;
 t = 1;
 res = ast_say_number_full_en(chan, millions, ints, language, audiofd, ctrlfd);
 if (res)
 return res;
 if (num) {
 ast_copy_string(fn, "digits/million", sizeof(fn));
 } else {
 ast_copy_string(fn, "digits/h-million", sizeof(fn));
 }
 } else if (num < INT_MAX) {
 int billions = num / 1000000000;
 num = num % 1000000000;
 t = 1;
 res = ast_say_number_full_en(chan, billions, ints, language, audiofd, ctrlfd);
 if (res)
 return res;
 if (num) {
 ast_copy_string(fn, "digits/billion", sizeof(fn));
 } else {
 ast_copy_string(fn, "digits/h-billion", sizeof(fn));
 }
 } else if (num == INT_MAX) {
 ast_copy_string(fn, "digits/h-last", sizeof(fn));
 num = 0;
 } else {
 ast_debug(1, "Number '%d' is too big for me\n", num);
 res = -1;
 }

 if (!res) {
 if (!ast_streamfile(chan, fn, language)) {
 if ((audiofd > -1) && (ctrlfd > -1)) {
 res = ast_waitstream_full(chan, ints, audiofd, ctrlfd);
 } else {
 res = ast_waitstream(chan, ints);
 }
 }
 ast_stopstream(chan);
 }
 }
 return res;
}

static int ast_say_enumeration_full_vi(struct ast_channel *chan, int num, const char *ints, const char *language, int audiofd, int ctrlfd)
{
 int res = 0;
 char fn[256] = "";
 ast_copy_string(fn, "digits/h", sizeof(fn));
 if (!res) {
 if (!ast_streamfile(chan, fn, language)) {
 if ((audiofd > -1) && (ctrlfd > -1)) {
 res = ast_waitstream_full(chan, ints, audiofd, ctrlfd);
 } else {
 res = ast_waitstream(chan, ints);
 }
 }
 ast_stopstream(chan);
 }

 return ast_say_number_full_vi(chan, num, ints, language, audiofd, ctrlfd);
}

/*! \brief ast_say_enumeration_full_da: Danish syntax */
static int ast_say_enumeration_full_da(struct ast_channel *chan, int num, const char *ints, const char *language, const char *options, int audiofd, int ctrlfd)
{
 /* options can be: '' or 'm' male gender; 'f' female gender; 'n' neuter gender */
 int res = 0, t = 0;
 char fn[256] = "", fna[256] = "";
 char *gender;

 if (options && !strncasecmp(options, "f", 1)) {
 gender = "F";
 } else if (options && !strncasecmp(options, "n", 1)) {
 gender = "N";
 } else {
 gender = "";
 }

 if (!num)
 return ast_say_digits_full(chan, 0, ints, language, audiofd, ctrlfd);

 while (!res && num) {
 if (num < 0) {
 ast_copy_string(fn, "digits/minus", sizeof(fn)); /* kind of senseless for enumerations, but our best effort for error checking */
 if ( num > INT_MIN ) {
 num = -num;
 } else {
 num = 0;
 }
 } else if (num < 100 && t) {
 ast_copy_string(fn, "digits/and", sizeof(fn));
 t = 0;
 } else if (num < 20) {
 snprintf(fn, sizeof(fn), "digits/h-%d%s", num, gender);
 num = 0;
 } else if (num < 100) {
 int ones = num % 10;
 if (ones) {
 snprintf(fn, sizeof(fn), "digits/%d-and", ones);
 num -= ones;
 } else {
 snprintf(fn, sizeof(fn), "digits/h-%d%s", num, gender);
 num = 0;
 }
 } else if (num == 100 && t == 0) {
 snprintf(fn, sizeof(fn), "digits/h-hundred%s", gender);
 num = 0;
 } else if (num < 1000) {
 int hundreds = num / 100;
 num = num % 100;
 if (hundreds == 1) {
 ast_copy_string(fn, "digits/1N", sizeof(fn));
 } else {
 snprintf(fn, sizeof(fn), "digits/%d", hundreds);
 }
 if (num) {
 ast_copy_string(fna, "digits/hundred", sizeof(fna));
 } else {
 snprintf(fna, sizeof(fna), "digits/h-hundred%s", gender);
 }
 t = 1;
 } else if (num < 1000000) {
 int thousands = num / 1000;
 num = num % 1000;
 if (thousands == 1) {
 if (num) {
 ast_copy_string(fn, "digits/1N", sizeof(fn));
 ast_copy_string(fna, "digits/thousand", sizeof(fna));
 } else {
 if (t) {
 ast_copy_string(fn, "digits/1N", sizeof(fn));
 snprintf(fna, sizeof(fna), "digits/h-thousand%s", gender);
 } else {
 snprintf(fn, sizeof(fn), "digits/h-thousand%s", gender);
 }
 }
 } else {
 res = ast_say_number_full_de(chan, thousands, ints, language, options, audiofd, ctrlfd);
 if (res) {
 return res;
 }
 if (num) {
 ast_copy_string(fn, "digits/thousand", sizeof(fn));
 } else {
 snprintf(fn, sizeof(fn), "digits/h-thousand%s", gender);
 }
 }
 t = 1;
 } else if (num < 1000000000) {
 int millions = num / 1000000;
 num = num % 1000000;
 if (millions == 1) {
 if (num) {
 ast_copy_string(fn, "digits/1F", sizeof(fn));
 ast_copy_string(fna, "digits/million", sizeof(fna));
 } else {
 ast_copy_string(fn, "digits/1N", sizeof(fn));
 snprintf(fna, sizeof(fna), "digits/h-million%s", gender);
 }
 } else {
 res = ast_say_number_full_de(chan, millions, ints, language, options, audiofd, ctrlfd);
 if (res) {
 return res;
 }
 if (num) {
 ast_copy_string(fn, "digits/millions", sizeof(fn));
 } else {
 snprintf(fn, sizeof(fn), "digits/h-million%s", gender);
 }
 }
 t = 1;
 } else if (num < INT_MAX) {
 int billions = num / 1000000000;
 num = num % 1000000000;
 if (billions == 1) {
 if (num) {
 ast_copy_string(fn, "digits/1F", sizeof(fn));
 ast_copy_string(fna, "digits/milliard", sizeof(fna));
 } else {
 ast_copy_string(fn, "digits/1N", sizeof(fn));
 snprintf(fna, sizeof(fna), "digits/h-milliard%s", gender);
 }
 } else {
 res = ast_say_number_full_de(chan, billions, ints, language, options, audiofd, ctrlfd);
 if (res)
 return res;
 if (num) {
 ast_copy_string(fn, "digits/milliards", sizeof(fna));
 } else {
 snprintf(fn, sizeof(fna), "digits/h-milliard%s", gender);
 }
 }
 t = 1;
 } else if (num == INT_MAX) {
 snprintf(fn, sizeof(fn), "digits/h-last%s", gender);
 num = 0;
 } else {
 ast_debug(1, "Number '%d' is too big for me\n", num);
 res = -1;
 }

 if (!res) {
 if (!ast_streamfile(chan, fn, language)) {
 if ((audiofd > -1) && (ctrlfd > -1))
 res = ast_waitstream_full(chan, ints, audiofd, ctrlfd);
 else
 res = ast_waitstream(chan, ints);
 }
 ast_stopstream(chan);
 if (!res) {
 if (strlen(fna) != 0 && !ast_streamfile(chan, fna, language)) {
 if ((audiofd > -1) && (ctrlfd > -1)) {
 res = ast_waitstream_full(chan, ints, audiofd, ctrlfd);
 } else {
 res = ast_waitstream(chan, ints);
 }
 }
 ast_stopstream(chan);
 strcpy(fna, "");
 }
 }
 }
 return res;
}

/*! \brief ast_say_enumeration_full_de: German syntax */
static int ast_say_enumeration_full_de(struct ast_channel *chan, int num, const char *ints, const char *language, const char *options, int audiofd, int ctrlfd)
{
 /* options can be: '' or 'm' male gender; 'f' female gender; 'n' neuter gender */
 int res = 0, t = 0;
 char fn[256] = "", fna[256] = "";
 char *gender;

 if (options && !strncasecmp(options, "f", 1)) {
 gender = "F";
 } else if (options && !strncasecmp(options, "n", 1)) {
 gender = "N";
 } else {
 gender = "";
 }

 if (!num)
 return ast_say_digits_full(chan, 0, ints, language, audiofd, ctrlfd);

 while (!res && num) {
 if (num < 0) {
 ast_copy_string(fn, "digits/minus", sizeof(fn)); /* kind of senseless for enumerations, but our best effort for error checking */
 if ( num > INT_MIN ) {
 num = -num;
 } else {
 num = 0;
 }
 } else if (num < 100 && t) {
 ast_copy_string(fn, "digits/and", sizeof(fn));
 t = 0;
 } else if (num < 20) {
 snprintf(fn, sizeof(fn), "digits/h-%d%s", num, gender);
 num = 0;
 } else if (num < 100) {
 int ones = num % 10;
 if (ones) {
 snprintf(fn, sizeof(fn), "digits/%d-and", ones);
 num -= ones;
 } else {
 snprintf(fn, sizeof(fn), "digits/h-%d%s", num, gender);
 num = 0;
 }
 } else if (num == 100 && t == 0) {
 snprintf(fn, sizeof(fn), "digits/h-hundred%s", gender);
 num = 0;
 } else if (num < 1000) {
 int hundreds = num / 100;
 num = num % 100;
 if (hundreds == 1) {
 ast_copy_string(fn, "digits/1N", sizeof(fn));
 } else {
 snprintf(fn, sizeof(fn), "digits/%d", hundreds);
 }
 if (num) {
 ast_copy_string(fna, "digits/hundred", sizeof(fna));
 } else {
 snprintf(fna, sizeof(fna), "digits/h-hundred%s", gender);
 }
 t = 1;
 } else if (num < 1000000) {
 int thousands = num / 1000;
 num = num % 1000;
 if (thousands == 1) {
 if (num) {
 ast_copy_string(fn, "digits/1N", sizeof(fn));
 ast_copy_string(fna, "digits/thousand", sizeof(fna));
 } else {
 if (t) {
 ast_copy_string(fn, "digits/1N", sizeof(fn));
 snprintf(fna, sizeof(fna), "digits/h-thousand%s", gender);
 } else {
 snprintf(fn, sizeof(fn), "digits/h-thousand%s", gender);
 }
 }
 } else {
 res = ast_say_number_full_de(chan, thousands, ints, language, options, audiofd, ctrlfd);
 if (res) {
 return res;
 }
 if (num) {
 ast_copy_string(fn, "digits/thousand", sizeof(fn));
 } else {
 snprintf(fn, sizeof(fn), "digits/h-thousand%s", gender);
 }
 }
 t = 1;
 } else if (num < 1000000000) {
 int millions = num / 1000000;
 num = num % 1000000;
 if (millions == 1) {
 if (num) {
 ast_copy_string(fn, "digits/1F", sizeof(fn));
 ast_copy_string(fna, "digits/million", sizeof(fna));
 } else {
 ast_copy_string(fn, "digits/1N", sizeof(fn));
 snprintf(fna, sizeof(fna), "digits/h-million%s", gender);
 }
 } else {
 res = ast_say_number_full_de(chan, millions, ints, language, options, audiofd, ctrlfd);
 if (res) {
 return res;
 }
 if (num) {
 ast_copy_string(fn, "digits/millions", sizeof(fn));
 } else {
 snprintf(fn, sizeof(fn), "digits/h-million%s", gender);
 }
 }
 t = 1;
 } else if (num < INT_MAX) {
 int billions = num / 1000000000;
 num = num % 1000000000;
 if (billions == 1) {
 if (num) {
 ast_copy_string(fn, "digits/1F", sizeof(fn));
 ast_copy_string(fna, "digits/milliard", sizeof(fna));
 } else {
 ast_copy_string(fn, "digits/1N", sizeof(fn));
 snprintf(fna, sizeof(fna), "digits/h-milliard%s", gender);
 }
 } else {
 res = ast_say_number_full_de(chan, billions, ints, language, options, audiofd, ctrlfd);
 if (res)
 return res;
 if (num) {
 ast_copy_string(fn, "digits/milliards", sizeof(fna));
 } else {
 snprintf(fn, sizeof(fna), "digits/h-milliard%s", gender);
 }
 }
 t = 1;
 } else if (num == INT_MAX) {
 snprintf(fn, sizeof(fn), "digits/h-last%s", gender);
 num = 0;
 } else {
 ast_debug(1, "Number '%d' is too big for me\n", num);
 res = -1;
 }

 if (!res) {
 if (!ast_streamfile(chan, fn, language)) {
 if ((audiofd > -1) && (ctrlfd > -1))
 res = ast_waitstream_full(chan, ints, audiofd, ctrlfd);
 else
 res = ast_waitstream(chan, ints);
 }
 ast_stopstream(chan);
 if (!res) {
 if (strlen(fna) != 0 && !ast_streamfile(chan, fna, language)) {
 if ((audiofd > -1) && (ctrlfd > -1)) {
 res = ast_waitstream_full(chan, ints, audiofd, ctrlfd);
 } else {
 res = ast_waitstream(chan, ints);
 }
 }
 ast_stopstream(chan);
 strcpy(fna, "");
 }
 }
 }
 return res;
}

static int ast_say_enumeration_full_he(struct ast_channel *chan, int num, const char *ints, const char *language, const char *options, int audiofd, int ctrlfd)
{
 int res = 0;
 char fn[256] = "";
 int mf = -1; /* +1 = Masculin; -1 = Feminin */
 ast_verb(3, "ast_say_digits_full: started. num: %d, options=\"%s\"\n", num, options);

 if (options && !strncasecmp(options, "m", 1)) {
 mf = -1;
 }

 ast_verb(3, "ast_say_digits_full: num: %d, options=\"%s\", mf=%d\n", num, options, mf);

 while (!res && num) {
 if (num < 0) {
 snprintf(fn, sizeof(fn), "digits/minus"); /* kind of senseless for enumerations, but our best effort for error checking */
 if (num > INT_MIN) {
 num = -num;
 } else {
 num = 0;
 }
 } else if (num < 21) {
 if (mf < 0) {
 if (num < 10) {
 snprintf(fn, sizeof(fn), "digits/f-0%d", num);
 } else {
 snprintf(fn, sizeof(fn), "digits/f-%d", num);
 }
 } else {
 if (num < 10) {
 snprintf(fn, sizeof(fn), "digits/m-0%d", num);
 } else {
 snprintf(fn, sizeof(fn), "digits/m-%d", num);
 }
 }
 num = 0;
 } else if ((num < 100) && num >= 20) {
 snprintf(fn, sizeof(fn), "digits/%d", (num / 10) * 10);
 num = num % 10;
 } else if ((num >= 100) && (num < 1000)) {
 int tmpnum = num / 100;
 snprintf(fn, sizeof(fn), "digits/%d00", tmpnum);
 num = num - (tmpnum * 100);
 } else if ((num >= 1000) && (num < 10000)) {
 int tmpnum = num / 1000;
 snprintf(fn, sizeof(fn), "digits/%dk", tmpnum);
 num = num - (tmpnum * 1000);
 } else if (num < 20000) {
 snprintf(fn, sizeof(fn), "digits/m-%d", (num / 1000));
 num = num % 1000;
 } else if (num < 1000000) {
 res = ast_say_number_full_he(chan, num / 1000, ints, language, "m", audiofd, ctrlfd);
 if (res) {
 return res;
 }
 snprintf(fn, sizeof(fn), "digits/1k");
 num = num % 1000;
 } else if (num < 2000000) {
 snprintf(fn, sizeof(fn), "digits/1m");
 num = num % 1000000;
 } else if (num < 3000000) {
 snprintf(fn, sizeof(fn), "digits/2m");
 num = num - 2000000;
 } else if (num < 1000000000) {
 res = ast_say_number_full_he(chan, num / 1000000, ints, language, "m", audiofd, ctrlfd);
 if (res) {
 return res;
 }
 snprintf(fn, sizeof(fn), "digits/1m");
 num = num % 1000000;
 } else {
 ast_debug(1, "Number '%d' is too big for me\n", num);
 res = -1;
 }
 if (!res) {
 if (!ast_streamfile(chan, fn, language)) {
 if ((audiofd > -1) && (ctrlfd > -1)) {
 res = ast_waitstream_full(chan, ints, audiofd, ctrlfd);
 } else {
 res = ast_waitstream(chan, ints);
 }
 }
 ast_stopstream(chan);
 }
 }
 return res;
}

/*! \brief ast_say_enumeration_full_is: Icelandic syntax */
static int ast_say_enumeration_full_is(struct ast_channel *chan, int num, const char *ints, const char *language, const char *options, int audiofd, int ctrlfd)
{
 /* options can be: '' or 'm' male gender; 'f' female gender; 'n' neuter gender */
 int res = 0, t = 0;
 char fn[256] = "", fna[256] = "";
 char *gender;

 if (options && !strncasecmp(options, "f", 1)) {
 gender = "F";
 } else if (options && !strncasecmp(options, "n", 1)) {
 gender = "N";
 } else {
 gender = "";
 }

 if (!num)
 return ast_say_digits_full(chan, 0, ints, language, audiofd, ctrlfd);

 while (!res && num) {
 if (num < 0) {
 ast_copy_string(fn, "digits/minus", sizeof(fn)); /* kind of senseless for enumerations, but our best effort for error checking */
 if ( num > INT_MIN ) {
 num = -num;
 } else {
 num = 0;
 }
 } else if (num < 100 && t) {
 ast_copy_string(fn, "digits/and", sizeof(fn));
 t = 0;
 } else if (num < 20) {
 snprintf(fn, sizeof(fn), "digits/h-%d%s", num, gender);
 num = 0;
 } else if (num < 100) {
 int ones = num % 10;
 if (ones) {
 int tens = num - ones;
 snprintf(fn, sizeof(fn), "digits/h-%d%s", tens, gender);
 num = ones;
 t++;
 }
 else if (t) {
 snprintf(fn, sizeof(fn), "digits/and");
 t = 0;
 }
 else {
 snprintf(fn, sizeof(fn), "digits/h-%d%s", num, gender);
 num = 0;
 }

 } else if (num == 100 && t == 0) {
 snprintf(fn, sizeof(fn), "digits/h-hundred%s", gender);
 num = 0;
 } else if (num < 1000) {
 int hundreds = num / 100;
 num = num % 100;
 if (hundreds == 1) {
 ast_copy_string(fn, "digits/1hk", sizeof(fn));
 } else {
 snprintf(fn, sizeof(fn), "digits/%d", hundreds);
 }
 if (num) {
 ast_copy_string(fna, "digits/hundred", sizeof(fna));
 } else {
 snprintf(fna, sizeof(fna), "digits/h-hundred%s", gender);
 }
 t = 1;
 } else if (num < 1000000) {
 int thousands = num / 1000;
 num = num % 1000;
 if (thousands == 1) {
 if (num) {
 /* Thousand is a neutral word, so use the neutral recording */
 ast_copy_string(fn, "digits/1hk", sizeof(fn));
 ast_copy_string(fna, "digits/thousand", sizeof(fna));
 } else {
 if (t) {
 ast_copy_string(fn, "digits/1hk", sizeof(fn));
 snprintf(fna, sizeof(fna), "digits/h-thousand%s", gender);
 } else {
 snprintf(fn, sizeof(fn), "digits/h-thousand%s", gender);
 }
 }
 } else {
 res = ast_say_number_full_is(chan, thousands, ints, language, options, audiofd, ctrlfd);
 if (res) {
 return res;
 }
 if (num) {
 ast_copy_string(fn, "digits/thousand", sizeof(fn));
 } else {
 snprintf(fn, sizeof(fn), "digits/h-thousand%s", gender);
 }
 }
 if (num)
 t = 1;
 } else if (num < 1000000000) {
 int millions = num / 1000000;
 num = num % 1000000;
 if (millions == 1) {
 if (num) {
 /* Million is a feminine word, so use the female form */
 ast_copy_string(fn, "digits/1kvk", sizeof(fn));
 ast_copy_string(fna, "digits/million", sizeof(fna));
 } else {
 ast_copy_string(fn, "digits/1hk", sizeof(fn));
 snprintf(fna, sizeof(fna), "digits/h-million%s", gender);
 }
 } else {
 res = ast_say_number_full_is(chan, millions, ints, language, options, audiofd, ctrlfd);
 if (res) {
 return res;
 }
 if (num) {
 ast_copy_string(fn, "digits/millions", sizeof(fn));
 } else {
 snprintf(fn, sizeof(fn), "digits/h-million%s", gender);
 }
 }
 if (num)
 t = 1;
 } else if (num < INT_MAX) {
 int billions = num / 1000000000;
 num = num % 1000000000;
 if (billions == 1) {
 if (num) {
 ast_copy_string(fn, "digits/1", sizeof(fn));
 ast_copy_string(fna, "digits/milliard", sizeof(fna));
 } else {
 ast_copy_string(fn, "digits/1hk", sizeof(fn));
 snprintf(fna, sizeof(fna), "digits/h-milliard%s", gender);
 }
 } else {
 res = ast_say_number_full_is(chan, billions, ints, language, options, audiofd, ctrlfd);
 if (res)
 return res;
 if (num) {
 ast_copy_string(fn, "digits/milliards", sizeof(fna));
 } else {
 snprintf(fn, sizeof(fna), "digits/h-milliard%s", gender);
 }
 }
 if (num)
 t = 1;
 } else if (num == INT_MAX) {
 snprintf(fn, sizeof(fn), "digits/h-last%s", gender);
 num = 0;
 } else {
 ast_debug(1, "Number '%d' is too big for me\n", num);
 res = -1;
 }

 if (!res) {
 if (!ast_streamfile(chan, fn, language)) {
 if ((audiofd > -1) && (ctrlfd > -1))
 res = ast_waitstream_full(chan, ints, audiofd, ctrlfd);
 else
 res = ast_waitstream(chan, ints);
 }
 ast_stopstream(chan);
 if (!res) {
 if (strlen(fna) != 0 && !ast_streamfile(chan, fna, language)) {
 if ((audiofd > -1) && (ctrlfd > -1)) {
 res = ast_waitstream_full(chan, ints, audiofd, ctrlfd);
 } else {
 res = ast_waitstream(chan, ints);
 }
 }
 ast_stopstream(chan);
 strcpy(fna, "");
 }
 }
 }
 return res;
}

static int say_date(struct ast_channel *chan, time_t t, const char *ints, const char *lang)
{
 if (!strncasecmp(lang, "en", 2)) { /* English syntax */
 return ast_say_date_en(chan, t, ints, lang);
 } else if (!strncasecmp(lang, "da", 2)) { /* Danish syntax */
 return ast_say_date_da(chan, t, ints, lang);
 } else if (!strncasecmp(lang, "de", 2)) { /* German syntax */
 return ast_say_date_de(chan, t, ints, lang);
 } else if (!strncasecmp(lang, "fr", 2)) { /* French syntax */
 return ast_say_date_fr(chan, t, ints, lang);
 } else if (!strncasecmp(lang, "gr", 2)) { /* Greek syntax */
 return ast_say_date_gr(chan, t, ints, lang);
 } else if (!strncasecmp(lang, "ja", 2)) { /* Japanese syntax */
 return ast_say_date_ja(chan, t, ints, lang);
 } else if (!strncasecmp(lang, "he", 2)) { /* Hebrew syntax */
 return ast_say_date_he(chan, t, ints, lang);
 } else if (!strncasecmp(lang, "hu", 2)) { /* Hungarian syntax */
 return ast_say_date_hu(chan, t, ints, lang);
 } else if (!strncasecmp(lang, "is", 2)) { /* Icelandic syntax */
 return ast_say_date_is(chan, t, ints, lang);
 } else if (!strncasecmp(lang, "ka", 2)) { /* Georgian syntax */
 return ast_say_date_ka(chan, t, ints, lang);
 } else if (!strncasecmp(lang, "nl", 2)) { /* Dutch syntax */
 return ast_say_date_nl(chan, t, ints, lang);
 } else if (!strncasecmp(lang, "pt", 2)) { /* Portuguese syntax */
 return ast_say_date_pt(chan, t, ints, lang);
 } else if (!strncasecmp(lang, "th", 2)) { /* Thai syntax */
 return ast_say_date_th(chan, t, ints, lang);
 }

 /* Default to English */
 return ast_say_date_en(chan, t, ints, lang);
}

/*! \brief English syntax */
int ast_say_date_en(struct ast_channel *chan, time_t t, const char *ints, const char *lang)
{
 struct ast_tm tm;
 struct timeval when = { t, 0 };
 char fn[256];
 int res = 0;
 ast_localtime(&when, &tm, NULL);
 if (!res) {
 snprintf(fn, sizeof(fn), "digits/day-%d", tm.tm_wday);
 res = ast_streamfile(chan, fn, lang);
 if (!res)
 res = ast_waitstream(chan, ints);
 }
 if (!res) {
 snprintf(fn, sizeof(fn), "digits/mon-%d", tm.tm_mon);
 res = ast_streamfile(chan, fn, lang);
 if (!res)
 res = ast_waitstream(chan, ints);
 }
 if (!res)
 res = ast_say_number(chan, tm.tm_mday, ints, lang, (char * ) NULL);
 if (!res)
 res = ast_waitstream(chan, ints);
 if (!res)
 res = ast_say_number(chan, tm.tm_year + 1900, ints, lang, (char *) NULL);
 return res;
}

/*! \brief Danish syntax */
int ast_say_date_da(struct ast_channel *chan, time_t t, const char *ints, const char *lang)
{
 struct timeval when = { t, 0 };
 struct ast_tm tm;
 char fn[256];
 int res = 0;
 ast_localtime(&when, &tm, NULL);
 if (!res) {
 snprintf(fn, sizeof(fn), "digits/day-%d", tm.tm_wday);
 res = ast_streamfile(chan, fn, lang);
 if (!res)
 res = ast_waitstream(chan, ints);
 }
 if (!res)
 res = ast_say_enumeration(chan, tm.tm_mday, ints, lang, (char * ) NULL);
 if (!res)
 res = ast_waitstream(chan, ints);
 if (!res) {
 snprintf(fn, sizeof(fn), "digits/mon-%d", tm.tm_mon);
 res = ast_streamfile(chan, fn, lang);
 if (!res)
 res = ast_waitstream(chan, ints);
 }
 if (!res) {
 /* Year */
 int year = tm.tm_year + 1900;
 if (year > 1999) { /* year 2000 and later */
 res = ast_say_number(chan, year, ints, lang, (char *) NULL);
 } else {
 if (year < 1100) {
 /* I'm not going to handle 1100 and prior */
 /* We'll just be silent on the year, instead of bombing out. */
 } else {
 /* year 1100 to 1999. will anybody need this?!? */
 snprintf(fn, sizeof(fn), "digits/%d", (year / 100));
 res = wait_file(chan, ints, fn, lang);
 if (!res) {
 res = wait_file(chan, ints, "digits/hundred", lang);
 if (!res && year % 100 != 0) {
 res = ast_say_number(chan, (year % 100), ints, lang, (char *) NULL);
 }
 }
 }
 }
 }
 return res;
}

/*! \brief German syntax */
int ast_say_date_de(struct ast_channel *chan, time_t t, const char *ints, const char *lang)
{
 struct timeval when = { t, 0 };
 struct ast_tm tm;
 char fn[256];
 int res = 0;
 ast_localtime(&when, &tm, NULL);
 if (!res) {
 snprintf(fn, sizeof(fn), "digits/day-%d", tm.tm_wday);
 res = ast_streamfile(chan, fn, lang);
 if (!res)
 res = ast_waitstream(chan, ints);
 }
 if (!res)
 res = ast_say_enumeration(chan, tm.tm_mday, ints, lang, (char * ) NULL);
 if (!res)
 res = ast_waitstream(chan, ints);
 if (!res) {
 snprintf(fn, sizeof(fn), "digits/mon-%d", tm.tm_mon);
 res = ast_streamfile(chan, fn, lang);
 if (!res)
 res = ast_waitstream(chan, ints);
 }
 if (!res) {
 /* Year */
 int year = tm.tm_year + 1900;
 if (year > 1999) { /* year 2000 and later */
 res = ast_say_number(chan, year, ints, lang, (char *) NULL);
 } else {
 if (year < 1100) {
 /* I'm not going to handle 1100 and prior */
 /* We'll just be silent on the year, instead of bombing out. */
 } else {
 /* year 1100 to 1999. will anybody need this?!? */
 /* say 1967 as 'neunzehn hundert sieben und sechzig' */
 snprintf(fn, sizeof(fn), "digits/%d", (year / 100) );
 res = wait_file(chan, ints, fn, lang);
 if (!res) {
 res = wait_file(chan, ints, "digits/hundred", lang);
 if (!res && year % 100 != 0) {
 res = ast_say_number(chan, (year % 100), ints, lang, (char *) NULL);
 }
 }
 }
 }
 }
 return res;
}

/*! \brief Hungarian syntax */
int ast_say_date_hu(struct ast_channel *chan, time_t t, const char *ints, const char *lang)
{
 struct timeval when = { t, 0 };
 struct ast_tm tm;
 char fn[256];
 int res = 0;
 ast_localtime(&when, &tm, NULL);

 if (!res)
 res = ast_say_number(chan, tm.tm_year + 1900, ints, lang, (char *) NULL);
 if (!res)
 res = ast_waitstream(chan, ints);
 if (!res) {
 snprintf(fn, sizeof(fn), "digits/mon-%d", tm.tm_mon);
 res = ast_streamfile(chan, fn, lang);
 if (!res)
 res = ast_waitstream(chan, ints);
 }
 if (!res)
 ast_say_number(chan, tm.tm_mday , ints, lang, (char *) NULL);
 if (!res)
 res = ast_waitstream(chan, ints);
 if (!res) {
 snprintf(fn, sizeof(fn), "digits/day-%d", tm.tm_wday);
 res = ast_streamfile(chan, fn, lang);
 if (!res)
 res = ast_waitstream(chan, ints);
 }
 return res;
}

/*! \brief French syntax */
int ast_say_date_fr(struct ast_channel *chan, time_t t, const char *ints, const char *lang)
{
 struct timeval when = { t, 0 };
 struct ast_tm tm;
 char fn[256];
 int res = 0;
 ast_localtime(&when, &tm, NULL);
 if (!res) {
 snprintf(fn, sizeof(fn), "digits/day-%d", tm.tm_wday);
 res = ast_streamfile(chan, fn, lang);
 if (!res)
 res = ast_waitstream(chan, ints);
 }
 if (!res)
 res = ast_say_number(chan, tm.tm_mday, ints, lang, (char * ) NULL);
 if (!res)
 res = ast_waitstream(chan, ints);
 if (!res) {
 snprintf(fn, sizeof(fn), "digits/mon-%d", tm.tm_mon);
 res = ast_streamfile(chan, fn, lang);
 if (!res)
 res = ast_waitstream(chan, ints);
 }
 if (!res)
 res = ast_say_number(chan, tm.tm_year + 1900, ints, lang, (char *) NULL);
 return res;
}

/*! \brief Dutch syntax */
int ast_say_date_nl(struct ast_channel *chan, time_t t, const char *ints, const char *lang)
{
 struct timeval when = { t, 0 };
 struct ast_tm tm;
 char fn[256];
 int res = 0;
 ast_localtime(&when, &tm, NULL);
 if (!res) {
 snprintf(fn, sizeof(fn), "digits/day-%d", tm.tm_wday);
 res = ast_streamfile(chan, fn, lang);
 if (!res)
 res = ast_waitstream(chan, ints);
 }
 if (!res)
 res = ast_say_number(chan, tm.tm_mday, ints, lang, (char * ) NULL);
 if (!res) {
 snprintf(fn, sizeof(fn), "digits/mon-%d", tm.tm_mon);
 res = ast_streamfile(chan, fn, lang);
 if (!res)
 res = ast_waitstream(chan, ints);
 }
 if (!res)
 res = ast_waitstream(chan, ints);
 if (!res)
 res = ast_say_number(chan, tm.tm_year + 1900, ints, lang, (char *) NULL);
 return res;
}

/*! \brief Thai syntax */
int ast_say_date_th(struct ast_channel *chan, time_t t, const char *ints, const char *lang)
{
 struct timeval when = { t, 0 };
 struct ast_tm tm;
 char fn[256];
 int res = 0;
 ast_localtime(&when, &tm, NULL);
 if (!res) {
 snprintf(fn, sizeof(fn), "digits/day-%d", tm.tm_wday);
 res = ast_streamfile(chan, fn, lang);
 ast_copy_string(fn, "digits/tee", sizeof(fn));
 res = ast_streamfile(chan, fn, lang);
 if (!res)
 res = ast_waitstream(chan, ints);
 }
 if (!res)
 res = ast_say_number(chan, tm.tm_mday, ints, lang, (char * ) NULL);
 if (!res)
 res = ast_waitstream(chan, ints);
 if (!res) {
 ast_copy_string(fn, "digits/duan", sizeof(fn));
 res = ast_streamfile(chan, fn, lang);
 snprintf(fn, sizeof(fn), "digits/mon-%d", tm.tm_mon);
 res = ast_streamfile(chan, fn, lang);
 if (!res)
 res = ast_waitstream(chan, ints);
 }
 if (!res){
 ast_copy_string(fn, "digits/posor", sizeof(fn));
 res = ast_streamfile(chan, fn, lang);
 res = ast_say_number(chan, tm.tm_year + 1900, ints, lang, (char *) NULL);
 }
 return res;
}

/*! \brief Portuguese syntax */
int ast_say_date_pt(struct ast_channel *chan, time_t t, const char *ints, const char *lang)
{
 struct timeval when = { t, 0 };
 struct ast_tm tm;
 char fn[256];
 int res = 0;

 ast_localtime(&when, &tm, NULL);
 snprintf(fn, sizeof(fn), "digits/day-%d", tm.tm_wday);
 if (!res)
 res = wait_file(chan, ints, fn, lang);
 if (!res)
 res = ast_say_number(chan, tm.tm_mday, ints, lang, (char *) NULL);
 if (!res)
 res = wait_file(chan, ints, "digits/pt-de", lang);
 snprintf(fn, sizeof(fn), "digits/mon-%d", tm.tm_mon);
 if (!res)
 res = wait_file(chan, ints, fn, lang);
 if (!res)
 res = wait_file(chan, ints, "digits/pt-de", lang);
 if (!res)
 res = ast_say_number(chan, tm.tm_year + 1900, ints, lang, (char *) NULL);

 return res;
}

/*! \brief Hebrew syntax */
int ast_say_date_he(struct ast_channel *chan, time_t t, const char *ints, const char *lang)
{
 struct timeval when = { t, 0 };
 struct ast_tm tm;
 char fn[256];
 int res = 0;
 ast_localtime(&when, &tm, NULL);
 if (!res) {
 snprintf(fn, sizeof(fn), "digits/day-%d", tm.tm_wday);
 res = ast_streamfile(chan, fn, lang);
 if (!res) {
 res = ast_waitstream(chan, ints);
 }
 }
 if (!res) {
 snprintf(fn, sizeof(fn), "digits/mon-%d", tm.tm_mon);
 res = ast_streamfile(chan, fn, lang);
 if (!res) {
 res = ast_waitstream(chan, ints);
 }
 }
 if (!res) {
 res = ast_say_number(chan, tm.tm_mday, ints, lang, "m");
 }
 if (!res) {
 res = ast_waitstream(chan, ints);
 }
 if (!res) {
 res = ast_say_number(chan, tm.tm_year + 1900, ints, lang, "m");
 }
 return res;
}

/* Icelandic syntax */
int ast_say_date_is(struct ast_channel *chan, time_t t, const char *ints, const char *lang)
{
 struct timeval when = { t, 0 };
 struct ast_tm tm;
 char fn[256];
 int res = 0;
 ast_localtime(&when, &tm, NULL);
 if (!res) {
 snprintf(fn, sizeof(fn), "digits/day-%d", tm.tm_wday);
 res = ast_streamfile(chan, fn, lang);
 if (!res)
 res = ast_waitstream(chan, ints);
 }
 if (!res)
 res = ast_say_enumeration(chan, tm.tm_mday, ints, lang, (char * ) NULL);
 if (!res)
 res = ast_waitstream(chan, ints);
 if (!res) {
 snprintf(fn, sizeof(fn), "digits/mon-%d", tm.tm_mon);
 res = ast_streamfile(chan, fn, lang);
 if (!res)
 res = ast_waitstream(chan, ints);
 }
 if (!res) {
 /* Year */
 int year = tm.tm_year + 1900;
 if (year > 1999) { /* year 2000 and later */
 res = ast_say_number(chan, year, ints, lang, (char *) NULL);
 } else {
 if (year < 1100) {
 /* I'm not going to handle 1100 and prior */
 /* We'll just be silent on the year, instead of bombing out. */
 } else {
 /* year 1100 to 1999. will anybody need this?!? */
 snprintf(fn, sizeof(fn), "digits/%d", (year / 100));
 res = wait_file(chan, ints, fn, lang);
 if (!res) {
 res = wait_file(chan, ints, "digits/hundred", lang);
 if (!res && year % 100 != 0) {
 res = ast_say_number(chan, (year % 100), ints, lang, (char *) NULL);
 }
 }
 }
 }
 }
 return res;
}

static int say_date_with_format(struct ast_channel *chan, time_t t, const char *ints, const char *lang, const char *format, const char *tzone)
{
 if (!strncasecmp(lang, "en", 2)) { /* English syntax */
 return ast_say_date_with_format_en(chan, t, ints, lang, format, tzone);
 } else if (!strncasecmp(lang, "da", 2)) { /* Danish syntax */
 return ast_say_date_with_format_da(chan, t, ints, lang, format, tzone);
 } else if (!strncasecmp(lang, "de", 2)) { /* German syntax */
 return ast_say_date_with_format_de(chan, t, ints, lang, format, tzone);
 } else if (!strncasecmp(lang, "es", 2)) { /* Spanish syntax */
 return ast_say_date_with_format_es(chan, t, ints, lang, format, tzone);
 } else if (!strncasecmp(lang, "he", 2)) { /* Hebrew syntax */
 return ast_say_date_with_format_he(chan, t, ints, lang, format, tzone);
 } else if (!strncasecmp(lang, "fr", 2)) { /* French syntax */
 return ast_say_date_with_format_fr(chan, t, ints, lang, format, tzone);
 } else if (!strncasecmp(lang, "gr", 2)) { /* Greek syntax */
 return ast_say_date_with_format_gr(chan, t, ints, lang, format, tzone);
 } else if (!strncasecmp(lang, "is", 2)) { /* Icelandic syntax */
 return ast_say_date_with_format_is(chan, t, ints, lang, format, tzone);
 } else if (!strncasecmp(lang, "ja", 2)) { /* Japanese syntax */
 return ast_say_date_with_format_ja(chan, t, ints, lang, format, tzone);
 } else if (!strncasecmp(lang, "it", 2)) { /* Italian syntax */
 return ast_say_date_with_format_it(chan, t, ints, lang, format, tzone);
 } else if (!strncasecmp(lang, "nl", 2)) { /* Dutch syntax */
 return ast_say_date_with_format_nl(chan, t, ints, lang, format, tzone);
 } else if (!strncasecmp(lang, "pl", 2)) { /* Polish syntax */
 return ast_say_date_with_format_pl(chan, t, ints, lang, format, tzone);
 } else if (!strncasecmp(lang, "pt", 2)) { /* Portuguese syntax */
 return ast_say_date_with_format_pt(chan, t, ints, lang, format, tzone);
 } else if (!strncasecmp(lang, "th", 2)) { /* Thai syntax */
 return ast_say_date_with_format_th(chan, t, ints, lang, format, tzone);
 } else if (!strncasecmp(lang, "zh", 2)) { /* Taiwanese / Chinese syntax */
 return ast_say_date_with_format_zh(chan, t, ints, lang, format, tzone);
 } else if (!strncasecmp(lang, "vi", 2)) { /* Vietnamese syntax */
 return ast_say_date_with_format_vi(chan, t, ints, lang, format, tzone);
 }

 /* Default to English */
 return ast_say_date_with_format_en(chan, t, ints, lang, format, tzone);
}

/*! \brief English syntax */
int ast_say_date_with_format_en(struct ast_channel *chan, time_t t, const char *ints, const char *lang, const char *format, const char *tzone)
{
 struct timeval when = { t, 0 };
 struct ast_tm tm;
 int res=0, offset, sndoffset;
 char sndfile[256], nextmsg[256];

 if (format == NULL)
 format = "ABdY 'digits/at' IMp";

 ast_localtime(&when, &tm, tzone);

 for (offset=0 ; format[offset] != '\0' ; offset++) {
 ast_debug(1, "Parsing %c (offset %d) in %s\n", format[offset], offset, format);
 switch (format[offset]) {
 /* NOTE: if you add more options here, please try to be consistent with strftime(3) */
 case '\'':
 /* Literal name of a sound file */
 for (sndoffset = 0; !strchr("\'\0", format[++offset]) && (sndoffset < sizeof(sndfile) - 1) ; sndoffset++) {
 sndfile[sndoffset] = format[offset];
 }
 sndfile[sndoffset] = '\0';
 res = wait_file(chan, ints, sndfile, lang);
 break;
 case 'A':
 case 'a':
 /* Sunday - Saturday */
 snprintf(nextmsg, sizeof(nextmsg), "digits/day-%d", tm.tm_wday);
 res = wait_file(chan, ints, nextmsg, lang);
 break;
 case 'B':
 case 'b':
 case 'h':
 /* January - December */
 snprintf(nextmsg, sizeof(nextmsg), "digits/mon-%d", tm.tm_mon);
 res = wait_file(chan, ints, nextmsg, lang);
 break;
 case 'm':
 /* Month enumerated */
 res = ast_say_enumeration(chan, (tm.tm_mon + 1), ints, lang, (char *) NULL);
 break;
 case 'd':
 case 'e':
 /* First - Thirtyfirst */
 res = ast_say_enumeration(chan, tm.tm_mday, ints, lang, (char *) NULL);
 break;
 case 'Y':
 /* Year */
 if (tm.tm_year > 99) {
 res = ast_say_number(chan, tm.tm_year + 1900, ints, lang, (char *) NULL);
 } else if (tm.tm_year < 1) {
 /* I'm not going to handle 1900 and prior */
 /* We'll just be silent on the year, instead of bombing out. */
 } else {
 res = wait_file(chan, ints, "digits/19", lang);
 if (!res) {
 if (tm.tm_year <= 9) {
 /* 1901 - 1909 */
 res = wait_file(chan, ints, "digits/oh", lang);
 }

 res |= ast_say_number(chan, tm.tm_year, ints, lang, (char *) NULL);
 }
 }
 break;
 case 'I':
 case 'l':
 /* 12-Hour */
 if (tm.tm_hour == 0)
 ast_copy_string(nextmsg, "digits/12", sizeof(nextmsg));
 else if (tm.tm_hour > 12)
 snprintf(nextmsg, sizeof(nextmsg), "digits/%d", tm.tm_hour - 12);
 else
 snprintf(nextmsg, sizeof(nextmsg), "digits/%d", tm.tm_hour);
 res = wait_file(chan, ints, nextmsg, lang);
 break;
 case 'H':
 case 'k':
 /* 24-Hour */
 if (format[offset] == 'H') {
 /* e.g. oh-eight */
 if (tm.tm_hour < 10) {
 res = wait_file(chan, ints, "digits/oh", lang);
 }
 } else {
 /* e.g. eight */
 if (tm.tm_hour == 0) {
 res = wait_file(chan, ints, "digits/oh", lang);
 }
 }
 if (!res) {
 if (tm.tm_hour != 0) {
 int remaining = tm.tm_hour;
 if (tm.tm_hour > 20) {
 res = wait_file(chan, ints, "digits/20", lang);
 remaining -= 20;
 }
 if (!res) {
 snprintf(nextmsg, sizeof(nextmsg), "digits/%d", remaining);
 res = wait_file(chan, ints, nextmsg, lang);
 }
 }
 }
 break;
 case 'M':
 case 'N':
 /* Minute */
 if (tm.tm_min == 0) {
 if (format[offset] == 'M') {
 res = wait_file(chan, ints, "digits/oclock", lang);
 } else {
 res = wait_file(chan, ints, "digits/hundred", lang);
 }
 } else if (tm.tm_min < 10) {
 res = wait_file(chan, ints, "digits/oh", lang);
 if (!res) {
 snprintf(nextmsg, sizeof(nextmsg), "digits/%d", tm.tm_min);
 res = wait_file(chan, ints, nextmsg, lang);
 }
 } else {
 res = ast_say_number(chan, tm.tm_min, ints, lang, (char *) NULL);
 }
 break;
 case 'P':
 case 'p':
 /* AM/PM */
 if (tm.tm_hour > 11)
 ast_copy_string(nextmsg, "digits/p-m", sizeof(nextmsg));
 else
 ast_copy_string(nextmsg, "digits/a-m", sizeof(nextmsg));
 res = wait_file(chan, ints, nextmsg, lang);
 break;
 case 'Q':
 /* Shorthand for "Today", "Yesterday", or ABdY */
 /* XXX As emphasized elsewhere, this should the native way in your
 * language to say the date, with changes in what you say, depending
 * upon how recent the date is. XXX */
 {
 struct timeval now = ast_tvnow();
 struct ast_tm tmnow;
 time_t beg_today;

 gettimeofday(&now, NULL);
 ast_localtime(&now, &tmnow, tzone);
 /* This might be slightly off, if we transcend a leap second, but never more off than 1 second */
 /* In any case, it saves not having to do ast_mktime() */
 beg_today = now.tv_sec - (tmnow.tm_hour * 3600) - (tmnow.tm_min * 60) - (tmnow.tm_sec);
 if (beg_today < t) {
 /* Today */
 res = wait_file(chan, ints, "digits/today", lang);
 } else if (beg_today - 86400 < t) {
 /* Yesterday */
 res = wait_file(chan, ints, "digits/yesterday", lang);
 } else if (beg_today - 86400 * 6 < t) {
 /* Within the last week */
 res = ast_say_date_with_format_en(chan, t, ints, lang, "A", tzone);
 } else if (beg_today - 2628000 < t) {
 /* Less than a month ago - "Sunday, October third" */
 res = ast_say_date_with_format_en(chan, t, ints, lang, "ABd", tzone);
 } else if (beg_today - 15768000 < t) {
 /* Less than 6 months ago - "August seventh" */
 res = ast_say_date_with_format_en(chan, t, ints, lang, "Bd", tzone);
 } else {
 /* More than 6 months ago - "April nineteenth two thousand three" */
 res = ast_say_date_with_format_en(chan, t, ints, lang, "BdY", tzone);
 }
 }
 break;
 case 'q':
 /* Shorthand for "" (today), "Yesterday", A (weekday), or ABdY */
 /* XXX As emphasized elsewhere, this should the native way in your
 * language to say the date, with changes in what you say, depending
 * upon how recent the date is. XXX */
 {
 struct timeval now;
 struct ast_tm tmnow;
 time_t beg_today;

 now = ast_tvnow();
 ast_localtime(&now, &tmnow, tzone);
 /* This might be slightly off, if we transcend a leap second, but never more off than 1 second */
 /* In any case, it saves not having to do ast_mktime() */
 beg_today = now.tv_sec - (tmnow.tm_hour * 3600) - (tmnow.tm_min * 60) - (tmnow.tm_sec);
 if (beg_today < t) {
 /* Today */
 } else if ((beg_today - 86400) < t) {
 /* Yesterday */
 res = wait_file(chan, ints, "digits/yesterday", lang);
 } else if (beg_today - 86400 * 6 < t) {
 /* Within the last week */
 res = ast_say_date_with_format_en(chan, t, ints, lang, "A", tzone);
 } else if (beg_today - 2628000 < t) {
 /* Less than a month ago - "Sunday, October third" */
 res = ast_say_date_with_format_en(chan, t, ints, lang, "ABd", tzone);
 } else if (beg_today - 15768000 < t) {
 /* Less than 6 months ago - "August seventh" */
 res = ast_say_date_with_format_en(chan, t, ints, lang, "Bd", tzone);
 } else {
 /* More than 6 months ago - "April nineteenth two thousand three" */
 res = ast_say_date_with_format_en(chan, t, ints, lang, "BdY", tzone);
 }
 }
 break;
 case 'R':
 res = ast_say_date_with_format_en(chan, t, ints, lang, "HM", tzone);
 break;
 case 'S':
 /* Seconds */
 if (tm.tm_sec == 0) {
 snprintf(nextmsg, sizeof(nextmsg), "digits/%d", tm.tm_sec);
 res = wait_file(chan, ints, nextmsg, lang);
 } else if (tm.tm_sec < 10) {
 res = wait_file(chan, ints, "digits/oh", lang);
 if (!res) {
 snprintf(nextmsg, sizeof(nextmsg), "digits/%d", tm.tm_sec);
 res = wait_file(chan, ints, nextmsg, lang);
 }
 } else {
 res = ast_say_number(chan, tm.tm_sec, ints, lang, (char *) NULL);
 }
 break;
 case 'T':
 res = ast_say_date_with_format_en(chan, t, ints, lang, "HMS", tzone);
 break;
 case ' ':
 case ' ':
 /* Just ignore spaces and tabs */
 break;
 default:
 /* Unknown character */
 ast_log(LOG_WARNING, "Unknown character in datetime format %s: %c at pos %d\n", format, format[offset], offset);
 }
 /* Jump out on DTMF */
 if (res) {
 break;
 }
 }
 return res;
}

static char next_item(const char *format)
{
 const char *next = ast_skip_blanks(format);
 return *next;
}

/*! \brief Danish syntax */
int ast_say_date_with_format_da(struct ast_channel *chan, time_t t, const char *ints, const char *lang, const char *format, const char *tzone)
{
 struct timeval when = { t, 0 };
 struct ast_tm tm;
 int res=0, offset, sndoffset;
 char sndfile[256], nextmsg[256];

 if (!format)
 format = "A dBY HMS";

 ast_localtime(&when, &tm, tzone);

 for (offset=0 ; format[offset] != '\0' ; offset++) {
 ast_debug(1, "Parsing %c (offset %d) in %s\n", format[offset], offset, format);
 switch (format[offset]) {
 /* NOTE: if you add more options here, please try to be consistent with strftime(3) */
 case '\'':
 /* Literal name of a sound file */
 for (sndoffset = 0; !strchr("\'\0", format[++offset]) && (sndoffset < sizeof(sndfile) - 1) ; sndoffset++) {
 sndfile[sndoffset] = format[offset];
 }
 sndfile[sndoffset] = '\0';
 res = wait_file(chan, ints, sndfile, lang);
 break;
 case 'A':
 case 'a':
 /* Sunday - Saturday */
 snprintf(nextmsg, sizeof(nextmsg), "digits/day-%d", tm.tm_wday);
 res = wait_file(chan, ints, nextmsg, lang);
 break;
 case 'B':
 case 'b':
 case 'h':
 /* January - December */
 snprintf(nextmsg, sizeof(nextmsg), "digits/mon-%d", tm.tm_mon);
 res = wait_file(chan, ints, nextmsg, lang);
 break;
 case 'm':
 /* Month enumerated */
 res = ast_say_enumeration(chan, (tm.tm_mon + 1), ints, lang, "m");
 break;
 case 'd':
 case 'e':
 /* First - Thirtyfirst */
 res = ast_say_enumeration(chan, tm.tm_mday, ints, lang, "m");
 break;
 case 'Y':
 /* Year */
 {
 int year = tm.tm_year + 1900;
 if (year > 1999) { /* year 2000 and later */
 res = ast_say_number(chan, year, ints, lang, (char *) NULL);
 } else {
 if (year < 1100) {
 /* I'm not going to handle 1100 and prior */
 /* We'll just be silent on the year, instead of bombing out. */
 } else {
 /* year 1100 to 1999. will anybody need this?!? */
 /* say 1967 as 'nineteen hundred seven and sixty' */
 snprintf(nextmsg, sizeof(nextmsg), "digits/%d", (year / 100) );
 res = wait_file(chan, ints, nextmsg, lang);
 if (!res) {
 res = wait_file(chan, ints, "digits/hundred", lang);
 if (!res && year % 100 != 0) {
 res = ast_say_number(chan, (year % 100), ints, lang, (char *) NULL);
 }
 }
 }
 }
 }
 break;
 case 'I':
 case 'l':
 /* 12-Hour */
 res = wait_file(chan, ints, "digits/oclock", lang);
 if (tm.tm_hour == 0)
 ast_copy_string(nextmsg, "digits/12", sizeof(nextmsg));
 else if (tm.tm_hour > 12)
 snprintf(nextmsg, sizeof(nextmsg), "digits/%d", tm.tm_hour - 12);
 else
 snprintf(nextmsg, sizeof(nextmsg), "digits/%d", tm.tm_hour);
 if (!res) {
 res = wait_file(chan, ints, nextmsg, lang);
 }
 break;
 case 'H':
 /* 24-Hour, single digit hours preceded by "oh" (0) */
 if (tm.tm_hour < 10 && tm.tm_hour > 0) {
 res = wait_file(chan, ints, "digits/0", lang);
 }
 /* FALLTRHU */
 case 'k':
 /* 24-Hour */
 res = ast_say_number(chan, tm.tm_hour, ints, lang, (char *) NULL);
 break;
 case 'M':
 /* Minute */
 if (tm.tm_min > 0 || next_item(&format[offset + 1]) == 'S') { /* zero 'digits/0' only if seconds follow */
 res = ast_say_number(chan, tm.tm_min, ints, lang, "f");
 }
 if (!res && next_item(&format[offset + 1]) == 'S') { /* minutes only if seconds follow */
 if (tm.tm_min == 1) {
 res = wait_file(chan, ints, "minute", lang);
 } else {
 res = wait_file(chan, ints, "minutes", lang);
 }
 }
 break;
 case 'P':
 case 'p':
 /* AM/PM */
 if (tm.tm_hour > 11)
 ast_copy_string(nextmsg, "digits/p-m", sizeof(nextmsg));
 else
 ast_copy_string(nextmsg, "digits/a-m", sizeof(nextmsg));
 res = wait_file(chan, ints, nextmsg, lang);
 break;
 case 'Q':
 /* Shorthand for "Today", "Yesterday", or AdBY */
 /* XXX As emphasized elsewhere, this should the native way in your
 * language to say the date, with changes in what you say, depending
 * upon how recent the date is. XXX */
 {
 struct timeval now = ast_tvnow();
 struct ast_tm tmnow;
 time_t beg_today;

 ast_localtime(&now, &tmnow, tzone);
 /* This might be slightly off, if we transcend a leap second, but never more off than 1 second */
 /* In any case, it saves not having to do ast_mktime() */
 beg_today = now.tv_sec - (tmnow.tm_hour * 3600) - (tmnow.tm_min * 60) - (tmnow.tm_sec);
 if (beg_today < t) {
 /* Today */
 res = wait_file(chan, ints, "digits/today", lang);
 } else if (beg_today - 86400 < t) {
 /* Yesterday */
 res = wait_file(chan, ints, "digits/yesterday", lang);
 } else {
 res = ast_say_date_with_format_da(chan, t, ints, lang, "AdBY", tzone);
 }
 }
 break;
 case 'q':
 /* Shorthand for "" (today), "Yesterday", A (weekday), or AdBY */
 /* XXX As emphasized elsewhere, this should the native way in your
 * language to say the date, with changes in what you say, depending
 * upon how recent the date is. XXX */
 {
 struct timeval now = ast_tvnow();
 struct ast_tm tmnow;
 time_t beg_today;

 ast_localtime(&now, &tmnow, tzone);
 /* This might be slightly off, if we transcend a leap second, but never more off than 1 second */
 /* In any case, it saves not having to do ast_mktime() */
 beg_today = now.tv_sec - (tmnow.tm_hour * 3600) - (tmnow.tm_min * 60) - (tmnow.tm_sec);
 if (beg_today < t) {
 /* Today */
 } else if ((beg_today - 86400) < t) {
 /* Yesterday */
 res = wait_file(chan, ints, "digits/yesterday", lang);
 } else if (beg_today - 86400 * 6 < t) {
 /* Within the last week */
 res = ast_say_date_with_format_da(chan, t, ints, lang, "A", tzone);
 } else {
 res = ast_say_date_with_format_da(chan, t, ints, lang, "AdBY", tzone);
 }
 }
 break;
 case 'R':
 res = ast_say_date_with_format_da(chan, t, ints, lang, "HM", tzone);
 break;
 case 'S':
 /* Seconds */
 res = wait_file(chan, ints, "digits/and", lang);
 if (!res) {
 res = ast_say_number(chan, tm.tm_sec, ints, lang, "f");
 if (!res) {
 res = wait_file(chan, ints, "seconds", lang);
 }
 }
 break;
 case 'T':
 res = ast_say_date_with_format_da(chan, t, ints, lang, "HMS", tzone);
 break;
 case ' ':
 case ' ':
 /* Just ignore spaces and tabs */
 break;
 default:
 /* Unknown character */
 ast_log(LOG_WARNING, "Unknown character in datetime format %s: %c at pos %d\n", format, format[offset], offset);
 }
 /* Jump out on DTMF */
 if (res) {
 break;
 }
 }
 return res;
}

/*! \brief German syntax */
int ast_say_date_with_format_de(struct ast_channel *chan, time_t t, const char *ints, const char *lang, const char *format, const char *tzone)
{
 struct timeval when = { t, 0 };
 struct ast_tm tm;
 int res=0, offset, sndoffset;
 char sndfile[256], nextmsg[256];

 if (!format)
 format = "A dBY HMS";

 ast_localtime(&when, &tm, tzone);

 for (offset=0 ; format[offset] != '\0' ; offset++) {
 ast_debug(1, "Parsing %c (offset %d) in %s\n", format[offset], offset, format);
 switch (format[offset]) {
 /* NOTE: if you add more options here, please try to be consistent with strftime(3) */
 case '\'':
 /* Literal name of a sound file */
 for (sndoffset = 0; !strchr("\'\0", format[++offset]) && (sndoffset < sizeof(sndfile) - 1) ; sndoffset++) {
 sndfile[sndoffset] = format[offset];
 }
 sndfile[sndoffset] = '\0';
 res = wait_file(chan, ints, sndfile, lang);
 break;
 case 'A':
 case 'a':
 /* Sunday - Saturday */
 snprintf(nextmsg, sizeof(nextmsg), "digits/day-%d", tm.tm_wday);
 res = wait_file(chan, ints, nextmsg, lang);
 break;
 case 'B':
 case 'b':
 case 'h':
 /* January - December */
 snprintf(nextmsg, sizeof(nextmsg), "digits/mon-%d", tm.tm_mon);
 res = wait_file(chan, ints, nextmsg, lang);
 break;
 case 'm':
 /* Month enumerated */
 res = ast_say_enumeration(chan, (tm.tm_mon + 1), ints, lang, "m");
 break;
 case 'd':
 case 'e':
 /* First - Thirtyfirst */
 res = ast_say_enumeration(chan, tm.tm_mday, ints, lang, "m");
 break;
 case 'Y':
 /* Year */
 {
 int year = tm.tm_year + 1900;
 if (year > 1999) { /* year 2000 and later */
 res = ast_say_number(chan, year, ints, lang, (char *) NULL);
 } else {
 if (year < 1100) {
 /* I'm not going to handle 1100 and prior */
 /* We'll just be silent on the year, instead of bombing out. */
 } else {
 /* year 1100 to 1999. will anybody need this?!? */
 /* say 1967 as 'neunzehn hundert sieben und sechzig' */
 snprintf(nextmsg, sizeof(nextmsg), "digits/%d", (year / 100) );
 res = wait_file(chan, ints, nextmsg, lang);
 if (!res) {
 res = wait_file(chan, ints, "digits/hundred", lang);
 if (!res && year % 100 != 0) {
 res = ast_say_number(chan, (year % 100), ints, lang, (char *) NULL);
 }
 }
 }
 }
 }
 break;
 case 'I':
 case 'l':
 /* 12-Hour */
 if (tm.tm_hour == 0)
 ast_copy_string(nextmsg, "digits/12", sizeof(nextmsg));
 else if (tm.tm_hour > 12)
 snprintf(nextmsg, sizeof(nextmsg), "digits/%d", tm.tm_hour - 12);
 else
 snprintf(nextmsg, sizeof(nextmsg), "digits/%d", tm.tm_hour);
 res = wait_file(chan, ints, nextmsg, lang);
 if (!res) {
 res = wait_file(chan, ints, "digits/oclock", lang);
 }
 break;
 case 'H':
 case 'k':
 /* 24-Hour */
 res = ast_say_number(chan, tm.tm_hour, ints, lang, (char *) NULL);
 if (!res) {
 res = wait_file(chan, ints, "digits/oclock", lang);
 }
 break;
 case 'M':
 /* Minute */
 if (next_item(&format[offset + 1]) == 'S') { /* zero 'digits/0' only if seconds follow */
 res = ast_say_number(chan, tm.tm_min, ints, lang, "f"); /* female only if we say minutes */
 } else if (tm.tm_min > 0) {
 res = ast_say_number(chan, tm.tm_min, ints, lang, (char *) NULL);
 }

 if (!res && next_item(&format[offset + 1]) == 'S') { /* minutes only if seconds follow */
 if (tm.tm_min == 1) {
 res = wait_file(chan, ints, "minute", lang);
 } else {
 res = wait_file(chan, ints, "minutes", lang);
 }
 }
 break;
 case 'P':
 case 'p':
 /* AM/PM */
 if (tm.tm_hour > 11)
 ast_copy_string(nextmsg, "digits/p-m", sizeof(nextmsg));
 else
 ast_copy_string(nextmsg, "digits/a-m", sizeof(nextmsg));
 res = wait_file(chan, ints, nextmsg, lang);
 break;
 case 'Q':
 /* Shorthand for "Today", "Yesterday", or AdBY */
 /* XXX As emphasized elsewhere, this should the native way in your
 * language to say the date, with changes in what you say, depending
 * upon how recent the date is. XXX */
 {
 struct timeval now = ast_tvnow();
 struct ast_tm tmnow;
 time_t beg_today;

 ast_localtime(&now, &tmnow, tzone);
 /* This might be slightly off, if we transcend a leap second, but never more off than 1 second */
 /* In any case, it saves not having to do ast_mktime() */
 beg_today = now.tv_sec - (tmnow.tm_hour * 3600) - (tmnow.tm_min * 60) - (tmnow.tm_sec);
 if (beg_today < t) {
 /* Today */
 res = wait_file(chan, ints, "digits/today", lang);
 } else if (beg_today - 86400 < t) {
 /* Yesterday */
 res = wait_file(chan, ints, "digits/yesterday", lang);
 } else {
 res = ast_say_date_with_format_de(chan, t, ints, lang, "AdBY", tzone);
 }
 }
 break;
 case 'q':
 /* Shorthand for "" (today), "Yesterday", A (weekday), or AdBY */
 /* XXX As emphasized elsewhere, this should the native way in your
 * language to say the date, with changes in what you say, depending
 * upon how recent the date is. XXX */
 {
 struct timeval now = ast_tvnow();
 struct ast_tm tmnow;
 time_t beg_today;

 ast_localtime(&now, &tmnow, tzone);
 /* This might be slightly off, if we transcend a leap second, but never more off than 1 second */
 /* In any case, it saves not having to do ast_mktime() */
 beg_today = now.tv_sec - (tmnow.tm_hour * 3600) - (tmnow.tm_min * 60) - (tmnow.tm_sec);
 if (beg_today < t) {
 /* Today */
 } else if ((beg_today - 86400) < t) {
 /* Yesterday */
 res = wait_file(chan, ints, "digits/yesterday", lang);
 } else if (beg_today - 86400 * 6 < t) {
 /* Within the last week */
 res = ast_say_date_with_format_de(chan, t, ints, lang, "A", tzone);
 } else {
 res = ast_say_date_with_format_de(chan, t, ints, lang, "AdBY", tzone);
 }
 }
 break;
 case 'R':
 res = ast_say_date_with_format_de(chan, t, ints, lang, "HM", tzone);
 break;
 case 'S':
 /* Seconds */
 res = wait_file(chan, ints, "digits/and", lang);
 if (!res) {
 res = ast_say_number(chan, tm.tm_sec, ints, lang, "f");
 if (!res) {
 res = wait_file(chan, ints, tm.tm_sec == 1 ? "second" : "seconds", lang);
 }
 }
 break;
 case 'T':
 res = ast_say_date_with_format_de(chan, t, ints, lang, "HMS", tzone);
 break;
 case ' ':
 case ' ':
 /* Just ignore spaces and tabs */
 break;
 default:
 /* Unknown character */
 ast_log(LOG_WARNING, "Unknown character in datetime format %s: %c at pos %d\n", format, format[offset], offset);
 }
 /* Jump out on DTMF */
 if (res) {
 break;
 }
 }
 return res;
}

/* Icelandic syntax */
int ast_say_date_with_format_is(struct ast_channel *chan, time_t t, const char *ints, const char *lang, const char *format, const char *tzone)
{
 struct timeval when = { t, 0 };
 struct ast_tm tm;
 int res=0, offset, sndoffset;
 char sndfile[256], nextmsg[256];

 if (!format)
 format = "A dBY HMS";

 ast_localtime(&when, &tm, tzone);

 for (offset=0 ; format[offset] != '\0' ; offset++) {
 ast_debug(1, "Parsing %c (offset %d) in %s\n", format[offset], offset, format);
 switch (format[offset]) {
 /* NOTE: if you add more options here, please try to be consistent with strftime(3) */
 case '\'':
 /* Literal name of a sound file */
 for (sndoffset = 0; !strchr("\'\0", format[++offset]) && (sndoffset < sizeof(sndfile) - 1) ; sndoffset++) {
 sndfile[sndoffset] = format[offset];
 }
 sndfile[sndoffset] = '\0';
 res = wait_file(chan, ints, sndfile, lang);
 break;
 case 'A':
 case 'a':
 /* Sunday - Saturday */
 snprintf(nextmsg, sizeof(nextmsg), "digits/day-%d", tm.tm_wday);
 res = wait_file(chan, ints, nextmsg, lang);
 break;
 case 'B':
 case 'b':
 case 'h':
 /* January - December */
 snprintf(nextmsg, sizeof(nextmsg), "digits/mon-%d", tm.tm_mon);
 res = wait_file(chan, ints, nextmsg, lang);
 break;
 case 'm':
 /* Month enumerated */
 res = ast_say_enumeration(chan, (tm.tm_mon + 1), ints, lang, "m");
 break;
 case 'd':
 case 'e':
 /* First - Thirtyfirst */
 res = ast_say_enumeration(chan, tm.tm_mday, ints, lang, "m");
 break;
 case 'Y':
 /* Year */
 {
 int year = tm.tm_year + 1900;
 if (year > 1999) { /* year 2000 and later */
 res = ast_say_number(chan, year, ints, lang, (char *) NULL);
 } else {
 if (year < 1100) {
 /* I'm not going to handle 1100 and prior */
 /* We'll just be silent on the year, instead of bombing out. */
 } else {
 /* year 1100 to 1999. will anybody need this?!? */
 /* say 1967 as 'nineteen hundred seven and sixty' */
 snprintf(nextmsg, sizeof(nextmsg), "digits/%d", (year / 100) );
 res = wait_file(chan, ints, nextmsg, lang);
 if (!res) {
 res = wait_file(chan, ints, "digits/hundred", lang);
 if (!res && year % 100 != 0) {
 res = ast_say_number(chan, (year % 100), ints, lang, (char *) NULL);
 }
 }
 }
 }
 }
 break;
 case 'I':
 case 'l':
 /* 12-Hour */
 res = wait_file(chan, ints, "digits/oclock", lang);
 if (tm.tm_hour == 0)
 ast_copy_string(nextmsg, "digits/12", sizeof(nextmsg));
 else if (tm.tm_hour > 12)
 snprintf(nextmsg, sizeof(nextmsg), "digits/%d", tm.tm_hour - 12);
 else
 snprintf(nextmsg, sizeof(nextmsg), "digits/%d", tm.tm_hour);
 if (!res) {
 res = wait_file(chan, ints, nextmsg, lang);
 }
 break;
 case 'H':
 /* 24-Hour, single digit hours preceeded by "oh" (0) */
 if (tm.tm_hour < 10 && tm.tm_hour > 0) {
 res = wait_file(chan, ints, "digits/0", lang);
 }
 /* FALLTRHU */
 case 'k':
 /* 24-Hour */
 res = ast_say_number(chan, tm.tm_hour, ints, lang, "n");
 break;
 case 'M':
 /* Minute */
 if (tm.tm_min > 0 || next_item(&format[offset + 1]) == 'S') { /* zero 'digits/0' only if seconds follow */
 if (tm.tm_min < 10)
 res = wait_file(chan, ints, "digits/0", lang);
 /* Gender depends on whether or not seconds follow */
 if (next_item(&format[offset + 1]) == 'S')
 res = ast_say_number(chan, tm.tm_min, ints, lang, "f");
 else
 res = ast_say_number(chan, tm.tm_min, ints, lang, "n");
 }
 if (!res && next_item(&format[offset + 1]) == 'S') { /* minutes only if seconds follow */
 /* Say minute/minutes depending on whether minutes end in 1 */
 if ((tm.tm_min % 10 == 1) && (tm.tm_min != 11)) {
 res = wait_file(chan, ints, "minute", lang);
 } else {
 res = wait_file(chan, ints, "minutes", lang);
 }
 }
 break;
 case 'P':
 case 'p':
 /* AM/PM */
 if (tm.tm_hour > 11)
 ast_copy_string(nextmsg, "digits/p-m", sizeof(nextmsg));
 else
 ast_copy_string(nextmsg, "digits/a-m", sizeof(nextmsg));
 res = wait_file(chan, ints, nextmsg, lang);
 break;
 case 'Q':
 /* Shorthand for "Today", "Yesterday", or AdBY */
 /* XXX As emphasized elsewhere, this should the native way in your
 * language to say the date, with changes in what you say, depending
 * upon how recent the date is. XXX */
 {
 struct timeval now = ast_tvnow();
 struct ast_tm tmnow;
 time_t beg_today;

 ast_localtime(&now, &tmnow, tzone);
 /* This might be slightly off, if we transcend a leap second, but never more off than 1 second */
 /* In any case, it saves not having to do ast_mktime() */
 beg_today = now.tv_sec - (tmnow.tm_hour * 3600) - (tmnow.tm_min * 60) - (tmnow.tm_sec);
 if (beg_today < t) {
 /* Today */
 res = wait_file(chan, ints, "digits/today", lang);
 } else if (beg_today - 86400 < t) {
 /* Yesterday */
 res = wait_file(chan, ints, "digits/yesterday", lang);
 } else {
 res = ast_say_date_with_format_is(chan, t, ints, lang, "AdBY", tzone);
 }
 }
 break;
 case 'q':
 /* Shorthand for "" (today), "Yesterday", A (weekday), or AdBY */
 /* XXX As emphasized elsewhere, this should the native way in your
 * language to say the date, with changes in what you say, depending
 * upon how recent the date is. XXX */
 {
 struct timeval now = ast_tvnow();
 struct ast_tm tmnow;
 time_t beg_today;

 ast_localtime(&now, &tmnow, tzone);
 /* This might be slightly off, if we transcend a leap second, but never more off than 1 second */
 /* In any case, it saves not having to do ast_mktime() */
 beg_today = now.tv_sec - (tmnow.tm_hour * 3600) - (tmnow.tm_min * 60) - (tmnow.tm_sec);
 if (beg_today < t) {
 /* Today */
 } else if ((beg_today - 86400) < t) {
 /* Yesterday */
 res = wait_file(chan, ints, "digits/yesterday", lang);
 } else if (beg_today - 86400 * 6 < t) {
 /* Within the last week */
 res = ast_say_date_with_format_is(chan, t, ints, lang, "A", tzone);
 } else {
 res = ast_say_date_with_format_is(chan, t, ints, lang, "AdBY", tzone);
 }
 }
 break;
 case 'R':
 res = ast_say_date_with_format_is(chan, t, ints, lang, "HM", tzone);
 break;
 case 'S':
 /* Seconds */
 res = wait_file(chan, ints, "digits/and", lang);
 if (!res) {
 res = ast_say_number(chan, tm.tm_sec, ints, lang, "f");
 /* Say minute/minutes depending on whether seconds end in 1 */
 if (!res && (tm.tm_sec % 10 == 1) && (tm.tm_sec != 11)) {
 res = wait_file(chan, ints, "second", lang);
 } else {
 res = wait_file(chan, ints, "seconds", lang);
 }
 }
 break;
 case 'T':
 res = ast_say_date_with_format_is(chan, t, ints, lang, "HMS", tzone);
 break;
 case ' ':
 case ' ':
 /* Just ignore spaces and tabs */
 break;
 default:
 /* Unknown character */
 ast_log(LOG_WARNING, "Unknown character in datetime format %s: %c at pos %d\n", format, format[offset], offset);
 }
 /* Jump out on DTMF */
 if (res) {
 break;
 }
 }
 return res;
}

/*! \brief Thai syntax */
int ast_say_date_with_format_th(struct ast_channel *chan, time_t t, const char *ints, const char *lang, const char *format, const char *tzone)
{
 struct timeval when = { t, 0 };
 struct ast_tm tm;
 int res=0, offset, sndoffset;
 char sndfile[256], nextmsg[256];

 if (format == NULL)
 format = "a 'digits/tee' e 'digits/duan' hY I 'digits/naliga' M 'digits/natee'";

 ast_localtime(&when, &tm, tzone);

 for (offset=0 ; format[offset] != '\0' ; offset++) {
 ast_debug(1, "Parsing %c (offset %d) in %s\n", format[offset], offset, format);
 switch (format[offset]) {
 /* NOTE: if you add more options here, please try to be consistent with strftime(3) */
 case '\'':
 /* Literal name of a sound file */
 for (sndoffset = 0; !strchr("\'\0", format[++offset]) && (sndoffset < sizeof(sndfile) - 1) ; sndoffset++) {
 sndfile[sndoffset] = format[offset];
 }
 sndfile[sndoffset] = '\0';
 res = wait_file(chan, ints, sndfile, lang);
 break;
 case 'A':
 case 'a':
 /* Sunday - Saturday */
 snprintf(nextmsg, sizeof(nextmsg), "digits/day-%d", tm.tm_wday);
 res = wait_file(chan, ints, nextmsg, lang);
 break;
 case 'B':
 case 'b':
 case 'h':
 /* January - December */
 snprintf(nextmsg, sizeof(nextmsg), "digits/mon-%d", tm.tm_mon);
 res = wait_file(chan, ints, nextmsg, lang);
 break;
 case 'm':
 /* Month enumerated */
 res = ast_say_number(chan, (tm.tm_mon + 1), ints, lang, (char *) NULL);
 break;
 case 'd':
 case 'e':
 /* First - Thirtyfirst */
 res = ast_say_number(chan, tm.tm_mday, ints, lang, (char *) NULL);
 break;
 case 'Y':
 /* Year */
 res = ast_say_number(chan, tm.tm_year + 1900 + 543, ints, lang, (char *) NULL);
 break;
 case 'I':
 case 'l':
 /* 12-Hour */
 if (tm.tm_hour == 0)
 ast_copy_string(nextmsg, "digits/24", sizeof(nextmsg));
 snprintf(nextmsg, sizeof(nextmsg), "digits/%d", tm.tm_hour);
 res = wait_file(chan, ints, nextmsg, lang);
 break;
 case 'H':
 case 'k':
 /* 24-Hour */
 if (tm.tm_hour == 0)
 ast_copy_string(nextmsg, "digits/24", sizeof(nextmsg));
 snprintf(nextmsg, sizeof(nextmsg), "digits/%d", tm.tm_hour);
 res = wait_file(chan, ints, nextmsg, lang);
 break;
 case 'M':
 case 'N':
 res = ast_say_number(chan, tm.tm_min, ints, lang, (char *) NULL);
 break;
 case 'P':
 case 'p':
 break;
 case 'Q':
 /* Shorthand for "Today", "Yesterday", or ABdY */
 /* XXX As emphasized elsewhere, this should the native way in your
 * language to say the date, with changes in what you say, depending
 * upon how recent the date is. XXX */
 {
 struct timeval now = ast_tvnow();
 struct ast_tm tmnow;
 time_t beg_today;

 ast_localtime(&now, &tmnow, tzone);
 /* This might be slightly off, if we transcend a leap second, but never more off than 1 second */
 /* In any case, it saves not having to do ast_mktime() */
 beg_today = now.tv_sec - (tmnow.tm_hour * 3600) - (tmnow.tm_min * 60) - (tmnow.tm_sec);
 if (beg_today < t) {
 /* Today */
 res = wait_file(chan, ints, "digits/today", lang);
 } else if (beg_today - 86400 < t) {
 /* Yesterday */
 res = wait_file(chan, ints, "digits/yesterday", lang);
 } else if (beg_today - 86400 * 6 < t) {
 /* Within the last week */
 res = ast_say_date_with_format_en(chan, t, ints, lang, "A", tzone);
 } else if (beg_today - 2628000 < t) {
 /* Less than a month ago - "Sunday, October third" */
 res = ast_say_date_with_format_en(chan, t, ints, lang, "ABd", tzone);
 } else if (beg_today - 15768000 < t) {
 /* Less than 6 months ago - "August seventh" */
 res = ast_say_date_with_format_en(chan, t, ints, lang, "Bd", tzone);
 } else {
 /* More than 6 months ago - "April nineteenth two thousand three" */
 res = ast_say_date_with_format_en(chan, t, ints, lang, "BdY", tzone);
 }
 }
 break;
 case 'q':
 /* Shorthand for "" (today), "Yesterday", A (weekday), or ABdY */
 /* XXX As emphasized elsewhere, this should the native way in your
 * language to say the date, with changes in what you say, depending
 * upon how recent the date is. XXX */
 {
 struct timeval now = ast_tvnow();
 struct ast_tm tmnow;
 time_t beg_today;

 ast_localtime(&now, &tmnow, tzone);
 /* This might be slightly off, if we transcend a leap second, but never more off than 1 second */
 /* In any case, it saves not having to do ast_mktime() */
 beg_today = now.tv_sec - (tmnow.tm_hour * 3600) - (tmnow.tm_min * 60) - (tmnow.tm_sec);
 if (beg_today < t) {
 /* Today */
 } else if ((beg_today - 86400) < t) {
 /* Yesterday */
 res = wait_file(chan, ints, "digits/yesterday", lang);
 } else if (beg_today - 86400 * 6 < t) {
 /* Within the last week */
 res = ast_say_date_with_format_en(chan, t, ints, lang, "A", tzone);
 } else if (beg_today - 2628000 < t) {
 /* Less than a month ago - "Sunday, October third" */
 res = ast_say_date_with_format_en(chan, t, ints, lang, "ABd", tzone);
 } else if (beg_today - 15768000 < t) {
 /* Less than 6 months ago - "August seventh" */
 res = ast_say_date_with_format_en(chan, t, ints, lang, "Bd", tzone);
 } else {
 /* More than 6 months ago - "April nineteenth two thousand three" */
 res = ast_say_date_with_format_en(chan, t, ints, lang, "BdY", tzone);
 }
 }
 break;
 case 'R':
 res = ast_say_date_with_format_en(chan, t, ints, lang, "HM", tzone);
 break;
 case 'S':
 res = ast_say_number(chan, tm.tm_sec, ints, lang, (char *) NULL);
 break;
 case 'T':
 res = ast_say_date_with_format_en(chan, t, ints, lang, "HMS", tzone);
 break;
 case ' ':
 case ' ':
 /* Just ignore spaces and tabs */
 break;
 default:
 /* Unknown character */
 ast_log(LOG_WARNING, "Unknown character in datetime format %s: %c at pos %d\n", format, format[offset], offset);
 }
 /* Jump out on DTMF */
 if (res) {
 break;
 }
 }
 return res;
}

/*! \brief ast_say_date_with_format_he Say formatted date in Hebrew
 *
 * \ref ast_say_date_with_format_en for the details of the options
 *
 * Changes from the English version:
 *
 * - don't replicate in here the logic of ast_say_number_full_he
 *
 * - year is always 4-digit (because it's simpler)
 *
 * - added c, x, and X. Mainly for my tests
 *
 * - The standard "long" format used in Hebrew is AdBY, rather than ABdY
 *
 * \todo
 * - A "ha" is missing in the standard date format, before the 'd'.
 * - The numbers of 3000--19000 are not handled well
 */
int ast_say_date_with_format_he(struct ast_channel *chan, time_t t, const char *ints, const char *lang, const char *format, const char *tzone)
{
#define IL_DATE_STR "AdBY"
#define IL_TIME_STR "HM" /* NOTE: In Hebrew we do not support 12 hours, only 24. No AM or PM exists in the Hebrew language */
#define IL_DATE_STR_FULL IL_DATE_STR " 'digits/at' " IL_TIME_STR
 /* TODO: This whole function is cut&paste from
 * ast_say_date_with_format_en . Is that considered acceptable?
 **/
 struct timeval when = { t, 0 };
 struct ast_tm tm;
 int res = 0, offset, sndoffset;
 char sndfile[256], nextmsg[256];

 if (!format) {
 format = IL_DATE_STR_FULL;
 }

 ast_localtime(&when, &tm, tzone);

 for (offset = 0; format[offset] != '\0'; offset++) {
 ast_debug(1, "Parsing %c (offset %d) in %s\n", format[offset], offset, format);
 switch (format[offset]) {
 /* NOTE: if you add more options here, please try to be consistent with strftime(3) */
 case '\'':
 /* Literal name of a sound file */
 for (sndoffset = 0; !strchr("\'\0", format[++offset]) && (sndoffset < sizeof(sndfile) - 1) ; sndoffset++) {
 sndfile[sndoffset] = format[offset];
 }
 sndfile[sndoffset] = '\0';
 res = wait_file(chan, ints, sndfile, lang);
 break;
 case 'A':
 case 'a':
 /* Sunday - Saturday */
 snprintf(nextmsg, sizeof(nextmsg), "digits/day-%d", tm.tm_wday);
 res = wait_file(chan, ints, nextmsg, lang);
 break;
 case 'B':
 case 'b':
 case 'h':
 /* January - December */
 snprintf(nextmsg, sizeof(nextmsg), "digits/mon-%d", tm.tm_mon);
 res = wait_file(chan, ints, nextmsg, lang);
 break;
 case 'd':
 case 'e': /* Day of the month */
 /* I'm not sure exactly what the parameters
 * audiofd and ctrlfd to
 * ast_say_number_full_he mean, but it seems
 * safe to pass -1 there.
 *
 * At least in one of the pathes :-(
 */
 res = ast_say_number_full_he(chan, tm.tm_mday, ints, lang, "m", -1, -1);
 break;
 case 'Y': /* Year */
 res = ast_say_number_full_he(chan, tm.tm_year + 1900, ints, lang, "f", -1, -1);
 break;
 case 'I':
 case 'l': /* 12-Hour -> we do not support 12 hour based langauges in Hebrew */
 case 'H':
 case 'k': /* 24-Hour */
 res = ast_say_number_full_he(chan, tm.tm_hour, ints, lang, "f", -1, -1);
 break;
 case 'M': /* Minute */
 if (tm.tm_min >= 0 && tm.tm_min <= 9) /* say a leading zero if needed */
 res = ast_say_number_full_he(chan, 0, ints, lang, "f", -1, -1);
 res = ast_say_number_full_he(chan, tm.tm_min, ints, lang, "f", -1, -1);
 break;
 case 'P':
 case 'p':
 /* AM/PM - There is no AM/PM in Hebrew... */
 break;
 case 'Q':
 /* Shorthand for "Today", "Yesterday", or "date" */
 case 'q':
 /* Shorthand for "" (today), "Yesterday", A
 * (weekday), or "date" */
 /* XXX As emphasized elsewhere, this should the native way in your
 * language to say the date, with changes in what you say, depending
 * upon how recent the date is. XXX */
 {
 struct timeval now = ast_tvnow();
 struct ast_tm tmnow;
 time_t beg_today;
 char todo = format[offset]; /* The letter to format*/

 ast_localtime(&now, &tmnow, tzone);
 /* This might be slightly off, if we transcend a leap second, but never more off than 1 second */
 /* In any case, it saves not having to do ast_mktime() */
 beg_today = now.tv_sec - (tmnow.tm_hour * 3600) - (tmnow.tm_min * 60) - (tmnow.tm_sec);
 if (beg_today < t) {
 /* Today */
 if (todo == 'Q') {
 res = wait_file(chan, ints, "digits/today", lang);
 }
 } else if (beg_today - 86400 < t) {
 /* Yesterday */
 res = wait_file(chan, ints, "digits/yesterday", lang);
 } else if ((todo != 'Q') && (beg_today - 86400 * 6 < t)) {
 /* Within the last week */
 res = ast_say_date_with_format_he(chan, t, ints, lang, "A", tzone);
 } else {
 res = ast_say_date_with_format_he(chan, t, ints, lang, IL_DATE_STR, tzone);
 }
 }
 break;
 case 'R':
 res = ast_say_date_with_format_he(chan, t, ints, lang, "HM", tzone);
 break;
 case 'S': /* Seconds */
 res = ast_say_number_full_he(chan, tm.tm_sec,
 ints, lang, "f", -1, -1
 );
 break;
 case 'T':
 res = ast_say_date_with_format_he(chan, t, ints, lang, "HMS", tzone);
 break;
 /* c, x, and X seem useful for testing. Not sure
 * if they're good for the general public */
 case 'c':
 res = ast_say_date_with_format_he(chan, t, ints, lang, IL_DATE_STR_FULL, tzone);
 break;
 case 'x':
 res = ast_say_date_with_format_he(chan, t, ints, lang, IL_DATE_STR, tzone);
 break;
 case 'X': /* Currently not locale-dependent...*/
 res = ast_say_date_with_format_he(chan, t, ints, lang, IL_TIME_STR, tzone);
 break;
 case ' ':
 case ' ':
 /* Just ignore spaces and tabs */
 break;
 default:
 /* Unknown character */
 ast_log(LOG_WARNING, "Unknown character in datetime format %s: %c at pos %d\n", format, format[offset], offset);
 }
 /* Jump out on DTMF */
 if (res) {
 break;
 }
 }
 return res;
}


/*! \brief Spanish syntax */
int ast_say_date_with_format_es(struct ast_channel *chan, time_t t, const char *ints, const char *lang, const char *format, const char *tzone)
{
 struct timeval when = { t, 0 };
 struct ast_tm tm;
 int res=0, offset, sndoffset;
 char sndfile[256], nextmsg[256];

 if (format == NULL)
 format = "'digits/es-el' Ad 'digits/es-de' B 'digits/es-de' Y 'digits/at' IMp";

 ast_localtime(&when, &tm, tzone);

 for (offset=0 ; format[offset] != '\0' ; offset++) {
 ast_debug(1, "Parsing %c (offset %d) in %s\n", format[offset], offset, format);
 switch (format[offset]) {
 /* NOTE: if you add more options here, please try to be consistent with strftime(3) */
 case '\'':
 /* Literal name of a sound file */
 for (sndoffset = 0; !strchr("\'\0", format[++offset]) && (sndoffset < sizeof(sndfile) - 1) ; sndoffset++) {
 sndfile[sndoffset] = format[offset];
 }
 sndfile[sndoffset] = '\0';
 snprintf(nextmsg, sizeof(nextmsg), "%s", sndfile);
 res = wait_file(chan, ints, nextmsg, lang);
 break;
 case 'A':
 case 'a':
 /* Sunday - Saturday */
 snprintf(nextmsg, sizeof(nextmsg), "digits/day-%d", tm.tm_wday);
 res = wait_file(chan, ints, nextmsg, lang);
 break;
 case 'B':
 case 'b':
 case 'h':
 /* January - December */
 snprintf(nextmsg, sizeof(nextmsg), "digits/mon-%d", tm.tm_mon);
 res = wait_file(chan, ints, nextmsg, lang);
 break;
 case 'm':
 /* First - Twelfth */
 snprintf(nextmsg, sizeof(nextmsg), "digits/h-%d", tm.tm_mon +1);
 res = wait_file(chan, ints, nextmsg, lang);
 break;
 case 'd':
 case 'e':
 /* First - Thirtyfirst */
 res = ast_say_number(chan, tm.tm_mday, ints, lang, (char *) NULL);
 break;
 case 'Y':
 /* Year */
 res = ast_say_number(chan, tm.tm_year + 1900, ints, lang, (char *) NULL);
 break;
 case 'I':
 case 'l':
 /* 12-Hour */
 if (tm.tm_hour == 0)
 ast_copy_string(nextmsg, "digits/12", sizeof(nextmsg));
 else if (tm.tm_hour == 1 || tm.tm_hour == 13)
 snprintf(nextmsg,sizeof(nextmsg), "digits/1F");
 else if (tm.tm_hour > 12)
 snprintf(nextmsg, sizeof(nextmsg), "digits/%d", tm.tm_hour - 12);
 else
 snprintf(nextmsg, sizeof(nextmsg), "digits/%d", tm.tm_hour);
 res = wait_file(chan, ints, nextmsg, lang);
 break;
 case 'H':
 case 'k':
 /* 24-Hour */
 res = ast_say_number(chan, tm.tm_hour, ints, lang, NULL);
 break;
 case 'M':
 /* Minute */
 res = ast_say_number(chan, tm.tm_min, ints, lang, (char *) NULL);
 break;
 case 'P':
 case 'p':
 /* AM/PM */
 if (tm.tm_hour > 18)
 res = wait_file(chan, ints, "digits/p-m", lang);
 else if (tm.tm_hour > 12)
 res = wait_file(chan, ints, "digits/afternoon", lang);
 else if (tm.tm_hour)
 res = wait_file(chan, ints, "digits/a-m", lang);
 break;
 case 'Q':
 /* Shorthand for "Today", "Yesterday", or ABdY */
 /* XXX As emphasized elsewhere, this should the native way in your
 * language to say the date, with changes in what you say, depending
 * upon how recent the date is. XXX */
 {
 struct timeval now = ast_tvnow();
 struct ast_tm tmnow;
 time_t beg_today;

 ast_localtime(&now, &tmnow, tzone);
 /* This might be slightly off, if we transcend a leap second, but never more off than 1 second */
 /* In any case, it saves not having to do ast_mktime() */
 beg_today = now.tv_sec - (tmnow.tm_hour * 3600) - (tmnow.tm_min * 60) - (tmnow.tm_sec);
 if (beg_today < t) {
 /* Today */
 res = wait_file(chan, ints, "digits/today", lang);
 } else if (beg_today - 86400 < t) {
 /* Yesterday */
 res = wait_file(chan, ints, "digits/yesterday", lang);
 } else {
 res = ast_say_date_with_format_es(chan, t, ints, lang, "'digits/es-el' Ad 'digits/es-de' B 'digits/es-de' Y", tzone);
 }
 }
 break;
 case 'q':
 /* Shorthand for "" (today), "Yesterday", A (weekday), or ABdY */
 /* XXX As emphasized elsewhere, this should the native way in your
 * language to say the date, with changes in what you say, depending
 * upon how recent the date is. XXX */
 {
 struct timeval now = ast_tvnow();
 struct ast_tm tmnow;
 time_t beg_today;

 ast_localtime(&now, &tmnow, tzone);
 /* This might be slightly off, if we transcend a leap second, but never more off than 1 second */
 /* In any case, it saves not having to do ast_mktime() */
 beg_today = now.tv_sec - (tmnow.tm_hour * 3600) - (tmnow.tm_min * 60) - (tmnow.tm_sec);
 if (beg_today < t) {
 /* Today */
 res = wait_file(chan, ints, "digits/today", lang);
 } else if ((beg_today - 86400) < t) {
 /* Yesterday */
 res = wait_file(chan, ints, "digits/yesterday", lang);
 } else if (beg_today - 86400 * 6 < t) {
 /* Within the last week */
 res = ast_say_date_with_format_es(chan, t, ints, lang, "A", tzone);
 } else {
 res = ast_say_date_with_format_es(chan, t, ints, lang, "'digits/es-el' Ad 'digits/es-de' B 'digits/es-de' Y", tzone);
 }
 }
 break;
 case 'R':
 res = ast_say_date_with_format_es(chan, t, ints, lang, "H 'digits/y' M", tzone);
 break;
 case 'S':
 /* Seconds */
 if (tm.tm_sec == 0) {
 snprintf(nextmsg, sizeof(nextmsg), "digits/%d", tm.tm_sec);
 res = wait_file(chan, ints, nextmsg, lang);
 } else if (tm.tm_sec < 10) {
 res = wait_file(chan, ints, "digits/oh", lang);
 if (!res) {
 snprintf(nextmsg, sizeof(nextmsg), "digits/%d", tm.tm_sec);
 res = wait_file(chan, ints, nextmsg, lang);
 }
 } else if ((tm.tm_sec < 21) || (tm.tm_sec % 10 == 0)) {
 snprintf(nextmsg, sizeof(nextmsg), "digits/%d", tm.tm_sec);
 res = wait_file(chan, ints, nextmsg, lang);
 } else {
 int ten, one;
 ten = (tm.tm_sec / 10) * 10;
 one = (tm.tm_sec % 10);
 snprintf(nextmsg, sizeof(nextmsg), "digits/%d", ten);
 res = wait_file(chan, ints, nextmsg, lang);
 if (!res) {
 /* Fifty, not fifty-zero */
 if (one != 0) {
 snprintf(nextmsg, sizeof(nextmsg), "digits/%d", one);
 res = wait_file(chan, ints, nextmsg, lang);
 }
 }
 }
 break;
 case 'T':
 res = ast_say_date_with_format_es(chan, t, ints, lang, "HMS", tzone);
 break;
 case ' ':
 case ' ':
 /* Just ignore spaces and tabs */
 break;
 default:
 /* Unknown character */
 ast_log(LOG_WARNING, "Unknown character in datetime format %s: %c at pos %d\n", format, format[offset], offset);
 }
 /* Jump out on DTMF */
 if (res) {
 break;
 }
 }
 return res;
}

/*! \brief French syntax
oclock = heure
*/
int ast_say_date_with_format_fr(struct ast_channel *chan, time_t t, const char *ints, const char *lang, const char *format, const char *tzone)
{
 struct timeval when = { t, 0 };
 struct ast_tm tm;
 int res=0, offset, sndoffset;
 char sndfile[256], nextmsg[256];

 if (format == NULL)
 format = "AdBY 'digits/at' IMp";

 ast_localtime(&when, &tm, tzone);

 for (offset=0 ; format[offset] != '\0' ; offset++) {
 ast_debug(1, "Parsing %c (offset %d) in %s\n", format[offset], offset, format);
 switch (format[offset]) {
 /* NOTE: if you add more options here, please try to be consistent with strftime(3) */
 case '\'':
 /* Literal name of a sound file */
 for (sndoffset = 0; !strchr("\'\0", format[++offset]) && (sndoffset < sizeof(sndfile) - 1) ; sndoffset++) {
 sndfile[sndoffset] = format[offset];
 }
 sndfile[sndoffset] = '\0';
 res = wait_file(chan, ints, sndfile, lang);
 break;
 case 'A':
 case 'a':
 /* Sunday - Saturday */
 snprintf(nextmsg, sizeof(nextmsg), "digits/day-%d", tm.tm_wday);
 res = wait_file(chan, ints, nextmsg, lang);
 break;
 case 'B':
 case 'b':
 case 'h':
 /* January - December */
 snprintf(nextmsg, sizeof(nextmsg), "digits/mon-%d", tm.tm_mon);
 res = wait_file(chan, ints, nextmsg, lang);
 break;
 case 'm':
 /* First - Twelfth */
 snprintf(nextmsg, sizeof(nextmsg), "digits/h-%d", tm.tm_mon +1);
 res = wait_file(chan, ints, nextmsg, lang);
 break;
 case 'd':
 case 'e':
 /* First */
 if (tm.tm_mday == 1) {
 snprintf(nextmsg, sizeof(nextmsg), "digits/h-%d", tm.tm_mday);
 res = wait_file(chan, ints, nextmsg, lang);
 } else {
 res = ast_say_number(chan, tm.tm_mday, ints, lang, (char * ) NULL);
 }
 break;
 case 'Y':
 /* Year */
 if (tm.tm_year > 99) {
 res = wait_file(chan, ints, "digits/2", lang);
 if (!res) {
 res = wait_file(chan, ints, "digits/thousand", lang);
 }
 if (tm.tm_year > 100) {
 if (!res) {
 res = ast_say_number(chan, tm.tm_year - 100, ints, lang, (char * ) NULL);
 }
 }
 } else {
 if (tm.tm_year < 1) {
 /* I'm not going to handle 1900 and prior */
 /* We'll just be silent on the year, instead of bombing out. */
 } else {
 res = wait_file(chan, ints, "digits/thousand", lang);
 if (!res) {
 wait_file(chan, ints, "digits/9", lang);
 wait_file(chan, ints, "digits/hundred", lang);
 res = ast_say_number(chan, tm.tm_year, ints, lang, (char * ) NULL);
 }
 }
 }
 break;
 case 'I':
 case 'l':
 /* 12-Hour */
 if (tm.tm_hour == 0)
 ast_copy_string(nextmsg, "digits/12", sizeof(nextmsg));
 else if (tm.