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freeswitch/libs/voipcodecs/tests/g726_tests.c

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/*
* VoIPcodecs - a series of DSP components for telephony
*
* g726_tests.c - Test G.726 encode and decode.
*
* Written by Steve Underwood <steveu@coppice.org>
*
* Copyright (C) 2006 Steve Underwood
*
* All rights reserved.
*
* This program is free software; you can redistribute it and/or modify
* it under the terms of the GNU General Public License version 2, as
* published by the Free Software Foundation.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program; if not, write to the Free Software
* Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
*
* $Id: g726_tests.c,v 1.17 2007/11/10 11:14:58 steveu Exp $
*/
/*! \file */
/*! \page g726_tests_page G.726 tests
\section g726_tests_page_sec_1 What does it do?
Two sets of tests are performed:
- The tests defined in the G.726 specification, using the test data files supplied with
the specification.
- A generally audio quality test, consisting of compressing and decompressing a speeech
file for audible comparison.
The speech file should be recorded at 16 bits/sample, 8000 samples/second, and named
"pre_g726.wav".
\section g726_tests_page_sec_2 How is it used?
To perform the tests in the G.726 specification you need to obtain the test data files from the
specification. These are copyright material, and so cannot be distributed with this test software.
The files, containing test vectors, which are supplied with the G.726 specification, should be
copied to itutests/g726 so the files are arranged in the same directory heirarchy in which they
are supplied. That is, you should have file names like
- itutests/g726/DISK1/INPUT/NRM.M
- itutests/g726/DISK1/INPUT/OVR.M
- itutests/g726/DISK2/INPUT/NRM.A
- itutests/g726/DISK2/INPUT/OVR.A
in your source tree. The ITU tests can then be run by executing g726_tests without
any parameters.
To perform a general audio quality test, g726_tests should be run with a parameter specifying
the required bit rate for compression. The valid parameters are "-16", "-24", "-32", and "-40".
The test file ../localtests/short_nb_voice.wav will be compressed to the specified bit rate,
decompressed, and the resulting audio stored in post_g726.wav.
*/
#ifdef HAVE_CONFIG_H
#include <config.h>
#endif
#include <stdlib.h>
#include <stdio.h>
#include <fcntl.h>
#include <unistd.h>
#include <memory.h>
#include <ctype.h>
#include <audiofile.h>
#include "voipcodecs.h"
#define BLOCK_LEN 320
#define MAX_TEST_VECTOR_LEN 40000
#define IN_FILE_NAME "../localtests/short_nb_voice.wav"
#define OUT_FILE_NAME "post_g726.wav"
#define TESTDATA_DIR "../itutests/g726/"
int16_t outdata[MAX_TEST_VECTOR_LEN];
uint8_t adpcmdata[MAX_TEST_VECTOR_LEN];
int16_t itudata[MAX_TEST_VECTOR_LEN];
uint8_t itu_ref[MAX_TEST_VECTOR_LEN];
uint8_t unpacked[MAX_TEST_VECTOR_LEN];
uint8_t xlaw[MAX_TEST_VECTOR_LEN];
/*
Table 4 - V Reset and homing sequences for u-law
Normal I-input Overload
Algorithm Input Intermediate Output Input Output Input Intermediate Output
(PCM) (ADPCM) (PCM) (ADPCM) (PCM) (PCM) (ADPCM) (PCM)
16F NRM.M RN16FM.I RN16FM.O I16 RI16FM.O OVR.M RV16FM.I RV16FM.O
HN16FM.I HN16FM.O HI16FM.O HV16FM.I HV16FM.O
24F NRM.M RN24FM.I RN24FM.O I24 RI24FM.O OVR.M RV24FM.I RV24FM.O
HN24FM.I HN24FM.O HI24FM.O HV24FM.I HV24FM.O
32F NRM.M RN32FM.I RN32FM.O I32 RI32FM.O OVR.M RV32FM.I RV32FM.O
HN32FM.I HN32FM.O HI32FM.O HV32FM.I HV32FM.O
40F NRM.M RN40FM.I RN40FM.O I40 RI40FM.O OVR.M RV40FM.I RV40FM.O
HN40FM.I HN40FM.O HI40FM.O HV40FM.I HV40FM.O
Table 5 - V Reset and homing sequences for A-law
Normal I-input Overload
Algorithm Input Intermediate Output Input Output Input Intermediate Output
(PCM) (ADPCM) (PCM) (ADPCM) (PCM) (PCM) (ADPCM) (PCM)
16F NRM.A RN16FA.I RN16FA.O I16 RI16FA.O OVR.A RV16FA.I RV16FA.O
HN16FA.I HN16FA.O HI16FA.O HV16FA.I HV16FA.O
24F NRM.A RN24FA.I RN24FA.O I24 RI24FA.O OVR.A RV24FA.I RV24FA.O
HN24FA.I HN24FA.O HI24FA.O HV24FA.I HV24FA.O
32F NRM.A RN32FA.I RN32FA.O I32 RI32FA.O OVR.A RV32FA.I RV32FA.O
HN32FA.I HN32FA.O HI32FA.O HV32FA.I HV32FA.O
40F NRM.A RN40FA.I RN40FA.O I40 RI40FA.O OVR.A RV40FA.I RV40FA.O
HN40FA.I HN40FA.O HI40FA.O HV40FA.I HV40FA.O
Table 6 <20>V Reset and homing cross sequences for u-law -> A-law
Normal Overload
Algorithm Input Intermediate Output Input Intermediate Output
(PCM) (ADPCM) (PCM) (PCM) (ADPCM) (PCM)
16F NRM.M RN16FM.I RN16FC.O OVR.M RV16FM.I RV16FC.O
HN16FM.I HN16FC.O HV16FM.I HV16FC.O
24F NRM.M RN24FM.I RN24FC.O OVR.M RV24FM.I RV24FC.O
HN24FM.I HN24FC.O HV24FM.I HV24FC.O
32F NRM.M RN32FM.I RN32FC.O OVR.M RV32FM.I RV32FC.O
HN32FM.I HN32FC.O HV32FM.I HV32FC.O
40F NRM.M RN40FM.I RN40FC.O OVR.M RV40FM.I RV40FC.O
HN40FM.I HN40FC.O HV40FM.I HV40FC.O
Table 7 <20>V Reset and homing cross sequences for A-law -> u-law
Normal Overload
Algorithm Input Intermediate Output Input Intermediate Output
(PCM) (ADPCM) (PCM) (PCM) (ADPCM) (PCM)
16F NRM.A RN16FA.I RN16FX.O OVR.A RV16FA.I RV16FX.O
HN16FA.I HN16FX.O HV16FA.I HV16FX.O
24F NRM.A RN24FA.I RN24FX.O OVR.A RV24FA.I RV24FX.O
HN24FA.I HN24FX.O HV24FA.I HV24FX.O
32F NRM.A RN32FA.I RN32FX.O OVR.A RV32FA.I RV32FX.O
HN32FA.I HN32FX.O HV32FA.I HV32FX.O
40F NRM.A RN40FA.I RN40FX.O OVR.A RV40FA.I RV40FX.O
HN40FA.I HN40FX.O HV40FA.I HV40FX.O
*/
#define G726_ENCODING_NONE 9999
typedef struct
{
const char *conditioning_pcm_file;
const char *pcm_file;
const char *conditioning_adpcm_file;
const char *adpcm_file;
const char *output_file;
int rate;
int compression_law;
int decompression_law;
} test_set_t;
static test_set_t itu_test_sets[] =
{
/* u-law to u-law tests */
{
"",
TESTDATA_DIR "DISK1/INPUT/NRM.M",
"",
TESTDATA_DIR "DISK1/RESET/16/RN16FM.I",
TESTDATA_DIR "DISK1/RESET/16/RN16FM.O",
16000,
G726_ENCODING_ULAW,
G726_ENCODING_ULAW
},
{
"",
"",
"",
TESTDATA_DIR "DISK1/INPUT/I16",
TESTDATA_DIR "DISK1/RESET/16/RI16FM.O",
16000,
G726_ENCODING_NONE,
G726_ENCODING_ULAW
},
{
"",
TESTDATA_DIR "DISK1/INPUT/OVR.M",
"",
TESTDATA_DIR "DISK1/RESET/16/RV16FM.I",
TESTDATA_DIR "DISK1/RESET/16/RV16FM.O",
16000,
G726_ENCODING_ULAW,
G726_ENCODING_ULAW
},
{
"",
TESTDATA_DIR "DISK1/INPUT/NRM.M",
"",
TESTDATA_DIR "DISK1/RESET/24/RN24FM.I",
TESTDATA_DIR "DISK1/RESET/24/RN24FM.O",
24000,
G726_ENCODING_ULAW,
G726_ENCODING_ULAW
},
{
"",
"",
"",
TESTDATA_DIR "DISK1/INPUT/I24",
TESTDATA_DIR "DISK1/RESET/24/RI24FM.O",
24000,
G726_ENCODING_NONE,
G726_ENCODING_ULAW
},
{
"",
TESTDATA_DIR "DISK1/INPUT/OVR.M",
"",
TESTDATA_DIR "DISK1/RESET/24/RV24FM.I",
TESTDATA_DIR "DISK1/RESET/24/RV24FM.O",
24000,
G726_ENCODING_ULAW,
G726_ENCODING_ULAW
},
{
"",
TESTDATA_DIR "DISK1/INPUT/NRM.M",
"",
TESTDATA_DIR "DISK1/RESET/32/RN32FM.I",
TESTDATA_DIR "DISK1/RESET/32/RN32FM.O",
32000,
G726_ENCODING_ULAW,
G726_ENCODING_ULAW
},
{
"",
"",
"",
TESTDATA_DIR "DISK1/INPUT/I32",
TESTDATA_DIR "DISK1/RESET/32/RI32FM.O",
32000,
G726_ENCODING_NONE,
G726_ENCODING_ULAW
},
{
"",
TESTDATA_DIR "DISK1/INPUT/OVR.M",
"",
TESTDATA_DIR "DISK1/RESET/32/RV32FM.I",
TESTDATA_DIR "DISK1/RESET/32/RV32FM.O",
32000,
G726_ENCODING_ULAW,
G726_ENCODING_ULAW
},
{
"",
TESTDATA_DIR "DISK1/INPUT/NRM.M",
"",
TESTDATA_DIR "DISK1/RESET/40/RN40FM.I",
TESTDATA_DIR "DISK1/RESET/40/RN40FM.O",
40000,
G726_ENCODING_ULAW,
G726_ENCODING_ULAW
},
{
"",
"",
"",
TESTDATA_DIR "DISK1/INPUT/I40",
TESTDATA_DIR "DISK1/RESET/40/RI40FM.O",
40000,
G726_ENCODING_NONE,
G726_ENCODING_ULAW
},
{
"",
TESTDATA_DIR "DISK1/INPUT/OVR.M",
"",
TESTDATA_DIR "DISK1/RESET/40/RV40FM.I",
TESTDATA_DIR "DISK1/RESET/40/RV40FM.O",
40000,
G726_ENCODING_ULAW,
G726_ENCODING_ULAW
},
/* A-law to A-law tests */
{
"",
TESTDATA_DIR "DISK2/INPUT/NRM.A",
"",
TESTDATA_DIR "DISK2/RESET/16/RN16FA.I",
TESTDATA_DIR "DISK2/RESET/16/RN16FA.O",
16000,
G726_ENCODING_ALAW,
G726_ENCODING_ALAW
},
{
"",
"",
"",
TESTDATA_DIR "DISK2/INPUT/I16",
TESTDATA_DIR "DISK2/RESET/16/RI16FA.O",
16000,
G726_ENCODING_NONE,
G726_ENCODING_ALAW
},
{
"",
TESTDATA_DIR "DISK2/INPUT/OVR.A",
"",
TESTDATA_DIR "DISK2/RESET/16/RV16FA.I",
TESTDATA_DIR "DISK2/RESET/16/RV16FA.O",
16000,
G726_ENCODING_ALAW,
G726_ENCODING_ALAW
},
{
"",
TESTDATA_DIR "DISK2/INPUT/NRM.A",
"",
TESTDATA_DIR "DISK2/RESET/24/RN24FA.I",
TESTDATA_DIR "DISK2/RESET/24/RN24FA.O",
24000,
G726_ENCODING_ALAW,
G726_ENCODING_ALAW
},
{
"",
"",
"",
TESTDATA_DIR "DISK2/INPUT/I24",
TESTDATA_DIR "DISK2/RESET/24/RI24FA.O",
24000,
G726_ENCODING_NONE,
G726_ENCODING_ALAW
},
{
"",
TESTDATA_DIR "DISK2/INPUT/OVR.A",
"",
TESTDATA_DIR "DISK2/RESET/24/RV24FA.I",
TESTDATA_DIR "DISK2/RESET/24/RV24FA.O",
24000,
G726_ENCODING_ALAW,
G726_ENCODING_ALAW
},
{
"",
TESTDATA_DIR "DISK2/INPUT/NRM.A",
"",
TESTDATA_DIR "DISK2/RESET/32/RN32FA.I",
TESTDATA_DIR "DISK2/RESET/32/RN32FA.O",
32000,
G726_ENCODING_ALAW,
G726_ENCODING_ALAW
},
{
"",
"",
"",
TESTDATA_DIR "DISK2/INPUT/I32",
TESTDATA_DIR "DISK2/RESET/32/RI32FA.O",
32000,
G726_ENCODING_NONE,
G726_ENCODING_ALAW
},
{
"",
TESTDATA_DIR "DISK2/INPUT/OVR.A",
"",
TESTDATA_DIR "DISK2/RESET/32/RV32FA.I",
TESTDATA_DIR "DISK2/RESET/32/RV32FA.O",
32000,
G726_ENCODING_ALAW,
G726_ENCODING_ALAW
},
{
"",
TESTDATA_DIR "DISK2/INPUT/NRM.A",
"",
TESTDATA_DIR "DISK2/RESET/40/RN40FA.I",
TESTDATA_DIR "DISK2/RESET/40/RN40FA.O",
40000,
G726_ENCODING_ALAW,
G726_ENCODING_ALAW
},
{
"",
"",
"",
TESTDATA_DIR "DISK2/INPUT/I40",
TESTDATA_DIR "DISK2/RESET/40/RI40FA.O",
40000,
G726_ENCODING_NONE,
G726_ENCODING_ALAW
},
{
"",
TESTDATA_DIR "DISK2/INPUT/OVR.A",
"",
TESTDATA_DIR "DISK2/RESET/40/RV40FA.I",
TESTDATA_DIR "DISK2/RESET/40/RV40FA.O",
40000,
G726_ENCODING_ALAW,
G726_ENCODING_ALAW
},
/* u-law to A-law tests */
{
"",
TESTDATA_DIR "DISK1/INPUT/NRM.M",
"",
TESTDATA_DIR "DISK1/RESET/16/RN16FM.I",
TESTDATA_DIR "DISK1/RESET/16/RN16FC.O",
16000,
G726_ENCODING_ULAW,
G726_ENCODING_ALAW
},
{
"",
TESTDATA_DIR "DISK1/INPUT/OVR.M",
"",
TESTDATA_DIR "DISK1/RESET/16/RV16FM.I",
TESTDATA_DIR "DISK1/RESET/16/RV16FC.O",
16000,
G726_ENCODING_ULAW,
G726_ENCODING_ALAW
},
{
"",
TESTDATA_DIR "DISK1/INPUT/NRM.M",
"",
TESTDATA_DIR "DISK1/RESET/24/RN24FM.I",
TESTDATA_DIR "DISK1/RESET/24/RN24FC.O",
24000,
G726_ENCODING_ULAW,
G726_ENCODING_ALAW
},
{
"",
TESTDATA_DIR "DISK1/INPUT/OVR.M",
"",
TESTDATA_DIR "DISK1/RESET/24/RV24FM.I",
TESTDATA_DIR "DISK1/RESET/24/RV24FC.O",
24000,
G726_ENCODING_ULAW,
G726_ENCODING_ALAW
},
{
"",
TESTDATA_DIR "DISK1/INPUT/NRM.M",
"",
TESTDATA_DIR "DISK1/RESET/32/RN32FM.I",
TESTDATA_DIR "DISK1/RESET/32/RN32FC.O",
32000,
G726_ENCODING_ULAW,
G726_ENCODING_ALAW
},
{
"",
TESTDATA_DIR "DISK1/INPUT/OVR.M",
"",
TESTDATA_DIR "DISK1/RESET/32/RV32FM.I",
TESTDATA_DIR "DISK1/RESET/32/RV32FC.O",
32000,
G726_ENCODING_ULAW,
G726_ENCODING_ALAW
},
{
"",
TESTDATA_DIR "DISK1/INPUT/NRM.M",
"",
TESTDATA_DIR "DISK1/RESET/40/RN40FM.I",
TESTDATA_DIR "DISK1/RESET/40/RN40FC.O",
40000,
G726_ENCODING_ULAW,
G726_ENCODING_ALAW
},
{
"",
TESTDATA_DIR "DISK1/INPUT/OVR.M",
"",
TESTDATA_DIR "DISK1/RESET/40/RV40FM.I",
TESTDATA_DIR "DISK1/RESET/40/RV40FC.O",
40000,
G726_ENCODING_ULAW,
G726_ENCODING_ALAW
},
/* A-law to u-law tests */
{
"",
TESTDATA_DIR "DISK2/INPUT/NRM.A",
"",
TESTDATA_DIR "DISK2/RESET/16/RN16FA.I",
TESTDATA_DIR "DISK2/RESET/16/RN16FX.O",
16000,
G726_ENCODING_ALAW,
G726_ENCODING_ULAW
},
{
"",
TESTDATA_DIR "DISK2/INPUT/OVR.A",
"",
TESTDATA_DIR "DISK2/RESET/16/RV16FA.I",
TESTDATA_DIR "DISK2/RESET/16/RV16FX.O",
16000,
G726_ENCODING_ALAW,
G726_ENCODING_ULAW
},
{
"",
TESTDATA_DIR "DISK2/INPUT/NRM.A",
"",
TESTDATA_DIR "DISK2/RESET/24/RN24FA.I",
TESTDATA_DIR "DISK2/RESET/24/RN24FX.O",
24000,
G726_ENCODING_ALAW,
G726_ENCODING_ULAW
},
{
"",
TESTDATA_DIR "DISK2/INPUT/OVR.A",
"",
TESTDATA_DIR "DISK2/RESET/24/RV24FA.I",
TESTDATA_DIR "DISK2/RESET/24/RV24FX.O",
24000,
G726_ENCODING_ALAW,
G726_ENCODING_ULAW
},
{
"",
TESTDATA_DIR "DISK2/INPUT/NRM.A",
"",
TESTDATA_DIR "DISK2/RESET/32/RN32FA.I",
TESTDATA_DIR "DISK2/RESET/32/RN32FX.O",
32000,
G726_ENCODING_ALAW,
G726_ENCODING_ULAW
},
{
"",
TESTDATA_DIR "DISK2/INPUT/OVR.A",
"",
TESTDATA_DIR "DISK2/RESET/32/RV32FA.I",
TESTDATA_DIR "DISK2/RESET/32/RV32FX.O",
32000,
G726_ENCODING_ALAW,
G726_ENCODING_ULAW
},
{
"",
TESTDATA_DIR "DISK2/INPUT/NRM.A",
"",
TESTDATA_DIR "DISK2/RESET/40/RN40FA.I",
TESTDATA_DIR "DISK2/RESET/40/RN40FX.O",
40000,
G726_ENCODING_ALAW,
G726_ENCODING_ULAW
},
{
"",
TESTDATA_DIR "DISK2/INPUT/OVR.A",
"",
TESTDATA_DIR "DISK2/RESET/40/RV40FA.I",
TESTDATA_DIR "DISK2/RESET/40/RV40FX.O",
40000,
G726_ENCODING_ALAW,
G726_ENCODING_ULAW
},
/* u-law to u-law tests */
{
TESTDATA_DIR "DISK1/PCM_INIT.M",
TESTDATA_DIR "DISK1/INPUT/NRM.M",
TESTDATA_DIR "DISK1/HOMING/16/I_INI_16.M",
TESTDATA_DIR "DISK1/HOMING/16/HN16FM.I",
TESTDATA_DIR "DISK1/HOMING/16/HN16FM.O",
16000,
G726_ENCODING_ULAW,
G726_ENCODING_ULAW
},
{
"",
"",
TESTDATA_DIR "DISK1/HOMING/16/I_INI_16.M",
TESTDATA_DIR "DISK1/INPUT/I16",
TESTDATA_DIR "DISK1/HOMING/16/HI16FM.O",
16000,
G726_ENCODING_NONE,
G726_ENCODING_ULAW
},
{
TESTDATA_DIR "DISK1/PCM_INIT.M",
TESTDATA_DIR "DISK1/INPUT/OVR.M",
TESTDATA_DIR "DISK1/HOMING/16/I_INI_16.M",
TESTDATA_DIR "DISK1/HOMING/16/HV16FM.I",
TESTDATA_DIR "DISK1/HOMING/16/HV16FM.O",
16000,
G726_ENCODING_ULAW,
G726_ENCODING_ULAW
},
{
TESTDATA_DIR "DISK1/PCM_INIT.M",
TESTDATA_DIR "DISK1/INPUT/NRM.M",
TESTDATA_DIR "DISK1/HOMING/24/I_INI_24.M",
TESTDATA_DIR "DISK1/HOMING/24/HN24FM.I",
TESTDATA_DIR "DISK1/HOMING/24/HN24FM.O",
24000,
G726_ENCODING_ULAW,
G726_ENCODING_ULAW
},
{
"",
"",
TESTDATA_DIR "DISK1/HOMING/24/I_INI_24.M",
TESTDATA_DIR "DISK1/INPUT/I24",
TESTDATA_DIR "DISK1/HOMING/24/HI24FM.O",
24000,
G726_ENCODING_NONE,
G726_ENCODING_ULAW
},
{
TESTDATA_DIR "DISK1/PCM_INIT.M",
TESTDATA_DIR "DISK1/INPUT/OVR.M",
TESTDATA_DIR "DISK1/HOMING/24/I_INI_24.M",
TESTDATA_DIR "DISK1/HOMING/24/HV24FM.I",
TESTDATA_DIR "DISK1/HOMING/24/HV24FM.O",
24000,
G726_ENCODING_ULAW,
G726_ENCODING_ULAW
},
{
TESTDATA_DIR "DISK1/PCM_INIT.M",
TESTDATA_DIR "DISK1/INPUT/NRM.M",
TESTDATA_DIR "DISK1/HOMING/32/I_INI_32.M",
TESTDATA_DIR "DISK1/HOMING/32/HN32FM.I",
TESTDATA_DIR "DISK1/HOMING/32/HN32FM.O",
32000,
G726_ENCODING_ULAW,
G726_ENCODING_ULAW
},
{
"",
"",
TESTDATA_DIR "DISK1/HOMING/32/I_INI_32.M",
TESTDATA_DIR "DISK1/INPUT/I32",
TESTDATA_DIR "DISK1/HOMING/32/HI32FM.O",
32000,
G726_ENCODING_NONE,
G726_ENCODING_ULAW
},
{
TESTDATA_DIR "DISK1/PCM_INIT.M",
TESTDATA_DIR "DISK1/INPUT/OVR.M",
TESTDATA_DIR "DISK1/HOMING/32/I_INI_32.M",
TESTDATA_DIR "DISK1/HOMING/32/HV32FM.I",
TESTDATA_DIR "DISK1/HOMING/32/HV32FM.O",
32000,
G726_ENCODING_ULAW,
G726_ENCODING_ULAW
},
{
TESTDATA_DIR "DISK1/PCM_INIT.M",
TESTDATA_DIR "DISK1/INPUT/NRM.M",
TESTDATA_DIR "DISK1/HOMING/40/I_INI_40.M",
TESTDATA_DIR "DISK1/HOMING/40/HN40FM.I",
TESTDATA_DIR "DISK1/HOMING/40/HN40FM.O",
40000,
G726_ENCODING_ULAW,
G726_ENCODING_ULAW
},
{
"",
"",
TESTDATA_DIR "DISK1/HOMING/40/I_INI_40.M",
TESTDATA_DIR "DISK1/INPUT/I40",
TESTDATA_DIR "DISK1/HOMING/40/HI40FM.O",
40000,
G726_ENCODING_NONE,
G726_ENCODING_ULAW
},
{
TESTDATA_DIR "DISK1/PCM_INIT.M",
TESTDATA_DIR "DISK1/INPUT/OVR.M",
TESTDATA_DIR "DISK1/HOMING/40/I_INI_40.M",
TESTDATA_DIR "DISK1/HOMING/40/HV40FM.I",
TESTDATA_DIR "DISK1/HOMING/40/HV40FM.O",
40000,
G726_ENCODING_ULAW,
G726_ENCODING_ULAW
},
/* A-law to A-law tests */
{
TESTDATA_DIR "DISK2/PCM_INIT.A",
TESTDATA_DIR "DISK2/INPUT/NRM.A",
TESTDATA_DIR "DISK2/HOMING/16/I_INI_16.A",
TESTDATA_DIR "DISK2/HOMING/16/HN16FA.I",
TESTDATA_DIR "DISK2/HOMING/16/HN16FA.O",
16000,
G726_ENCODING_ALAW,
G726_ENCODING_ALAW
},
{
"",
"",
TESTDATA_DIR "DISK2/HOMING/16/I_INI_16.A",
TESTDATA_DIR "DISK2/INPUT/I16",
TESTDATA_DIR "DISK2/HOMING/16/HI16FA.O",
16000,
G726_ENCODING_NONE,
G726_ENCODING_ALAW
},
{
TESTDATA_DIR "DISK2/PCM_INIT.A",
TESTDATA_DIR "DISK2/INPUT/OVR.A",
TESTDATA_DIR "DISK2/HOMING/16/I_INI_16.A",
TESTDATA_DIR "DISK2/HOMING/16/HV16FA.I",
TESTDATA_DIR "DISK2/HOMING/16/HV16FA.O",
16000,
G726_ENCODING_ALAW,
G726_ENCODING_ALAW
},
{
TESTDATA_DIR "DISK2/PCM_INIT.A",
TESTDATA_DIR "DISK2/INPUT/NRM.A",
TESTDATA_DIR "DISK2/HOMING/24/I_INI_24.A",
TESTDATA_DIR "DISK2/HOMING/24/HN24FA.I",
TESTDATA_DIR "DISK2/HOMING/24/HN24FA.O",
24000,
G726_ENCODING_ALAW,
G726_ENCODING_ALAW
},
{
"",
"",
TESTDATA_DIR "DISK2/HOMING/24/I_INI_24.A",
TESTDATA_DIR "DISK2/INPUT/I24",
TESTDATA_DIR "DISK2/HOMING/24/HI24FA.O",
24000,
G726_ENCODING_NONE,
G726_ENCODING_ALAW
},
{
TESTDATA_DIR "DISK2/PCM_INIT.A",
TESTDATA_DIR "DISK2/INPUT/OVR.A",
TESTDATA_DIR "DISK2/HOMING/24/I_INI_24.A",
TESTDATA_DIR "DISK2/HOMING/24/HV24FA.I",
TESTDATA_DIR "DISK2/HOMING/24/HV24FA.O",
24000,
G726_ENCODING_ALAW,
G726_ENCODING_ALAW
},
{
TESTDATA_DIR "DISK2/PCM_INIT.A",
TESTDATA_DIR "DISK2/INPUT/NRM.A",
TESTDATA_DIR "DISK2/HOMING/32/I_INI_32.A",
TESTDATA_DIR "DISK2/HOMING/32/HN32FA.I",
TESTDATA_DIR "DISK2/HOMING/32/HN32FA.O",
32000,
G726_ENCODING_ALAW,
G726_ENCODING_ALAW
},
{
"",
"",
TESTDATA_DIR "DISK2/HOMING/32/I_INI_32.A",
TESTDATA_DIR "DISK2/INPUT/I32",
TESTDATA_DIR "DISK2/HOMING/32/HI32FA.O",
32000,
G726_ENCODING_NONE,
G726_ENCODING_ALAW
},
{
TESTDATA_DIR "DISK2/PCM_INIT.A",
TESTDATA_DIR "DISK2/INPUT/OVR.A",
TESTDATA_DIR "DISK2/HOMING/32/I_INI_32.A",
TESTDATA_DIR "DISK2/HOMING/32/HV32FA.I",
TESTDATA_DIR "DISK2/HOMING/32/HV32FA.O",
32000,
G726_ENCODING_ALAW,
G726_ENCODING_ALAW
},
{
TESTDATA_DIR "DISK2/PCM_INIT.A",
TESTDATA_DIR "DISK2/INPUT/NRM.A",
TESTDATA_DIR "DISK2/HOMING/40/I_INI_40.A",
TESTDATA_DIR "DISK2/HOMING/40/HN40FA.I",
TESTDATA_DIR "DISK2/HOMING/40/HN40FA.O",
40000,
G726_ENCODING_ALAW,
G726_ENCODING_ALAW
},
{
"",
"",
TESTDATA_DIR "DISK2/HOMING/40/I_INI_40.A",
TESTDATA_DIR "DISK2/INPUT/I40",
TESTDATA_DIR "DISK2/HOMING/40/HI40FA.O",
40000,
G726_ENCODING_NONE,
G726_ENCODING_ALAW
},
{
TESTDATA_DIR "DISK2/PCM_INIT.A",
TESTDATA_DIR "DISK2/INPUT/OVR.A",
TESTDATA_DIR "DISK2/HOMING/40/I_INI_40.A",
TESTDATA_DIR "DISK2/HOMING/40/HV40FA.I",
TESTDATA_DIR "DISK2/HOMING/40/HV40FA.O",
40000,
G726_ENCODING_ALAW,
G726_ENCODING_ALAW
},
/* u-law to A-law tests */
{
TESTDATA_DIR "DISK1/PCM_INIT.M",
TESTDATA_DIR "DISK1/INPUT/NRM.M",
TESTDATA_DIR "DISK2/HOMING/16/I_INI_16.A",
TESTDATA_DIR "DISK1/HOMING/16/HN16FM.I",
TESTDATA_DIR "DISK1/HOMING/16/HN16FC.O",
16000,
G726_ENCODING_ULAW,
G726_ENCODING_ALAW
},
{
TESTDATA_DIR "DISK1/PCM_INIT.M",
TESTDATA_DIR "DISK1/INPUT/OVR.M",
TESTDATA_DIR "DISK2/HOMING/16/I_INI_16.A",
TESTDATA_DIR "DISK1/HOMING/16/HV16FM.I",
TESTDATA_DIR "DISK1/HOMING/16/HV16FC.O",
16000,
G726_ENCODING_ULAW,
G726_ENCODING_ALAW
},
{
TESTDATA_DIR "DISK1/PCM_INIT.M",
TESTDATA_DIR "DISK1/INPUT/NRM.M",
TESTDATA_DIR "DISK2/HOMING/24/I_INI_24.A",
TESTDATA_DIR "DISK1/HOMING/24/HN24FM.I",
TESTDATA_DIR "DISK1/HOMING/24/HN24FC.O",
24000,
G726_ENCODING_ULAW,
G726_ENCODING_ALAW
},
{
TESTDATA_DIR "DISK1/PCM_INIT.M",
TESTDATA_DIR "DISK1/INPUT/OVR.M",
TESTDATA_DIR "DISK2/HOMING/24/I_INI_24.A",
TESTDATA_DIR "DISK1/HOMING/24/HV24FM.I",
TESTDATA_DIR "DISK1/HOMING/24/HV24FC.O",
24000,
G726_ENCODING_ULAW,
G726_ENCODING_ALAW
},
{
TESTDATA_DIR "DISK1/PCM_INIT.M",
TESTDATA_DIR "DISK1/INPUT/NRM.M",
TESTDATA_DIR "DISK2/HOMING/32/I_INI_32.A",
TESTDATA_DIR "DISK1/HOMING/32/HN32FM.I",
TESTDATA_DIR "DISK1/HOMING/32/HN32FC.O",
32000,
G726_ENCODING_ULAW,
G726_ENCODING_ALAW
},
{
TESTDATA_DIR "DISK1/PCM_INIT.M",
TESTDATA_DIR "DISK1/INPUT/OVR.M",
TESTDATA_DIR "DISK2/HOMING/32/I_INI_32.A",
TESTDATA_DIR "DISK1/HOMING/32/HV32FM.I",
TESTDATA_DIR "DISK1/HOMING/32/HV32FC.O",
32000,
G726_ENCODING_ULAW,
G726_ENCODING_ALAW
},
{
TESTDATA_DIR "DISK1/PCM_INIT.M",
TESTDATA_DIR "DISK1/INPUT/NRM.M",
TESTDATA_DIR "DISK2/HOMING/40/I_INI_40.A",
TESTDATA_DIR "DISK1/HOMING/40/HN40FM.I",
TESTDATA_DIR "DISK1/HOMING/40/HN40FC.O",
40000,
G726_ENCODING_ULAW,
G726_ENCODING_ALAW
},
{
TESTDATA_DIR "DISK1/PCM_INIT.M",
TESTDATA_DIR "DISK1/INPUT/OVR.M",
TESTDATA_DIR "DISK2/HOMING/40/I_INI_40.A",
TESTDATA_DIR "DISK1/HOMING/40/HV40FM.I",
TESTDATA_DIR "DISK1/HOMING/40/HV40FC.O",
40000,
G726_ENCODING_ULAW,
G726_ENCODING_ALAW
},
/* A-law to u-law tests */
{
TESTDATA_DIR "DISK2/PCM_INIT.A",
TESTDATA_DIR "DISK2/INPUT/NRM.A",
TESTDATA_DIR "DISK1/HOMING/16/I_INI_16.M",
TESTDATA_DIR "DISK2/HOMING/16/HN16FA.I",
TESTDATA_DIR "DISK2/HOMING/16/HN16FX.O",
16000,
G726_ENCODING_ALAW,
G726_ENCODING_ULAW
},
{
TESTDATA_DIR "DISK2/PCM_INIT.A",
TESTDATA_DIR "DISK2/INPUT/OVR.A",
TESTDATA_DIR "DISK1/HOMING/16/I_INI_16.M",
TESTDATA_DIR "DISK2/HOMING/16/HV16FA.I",
TESTDATA_DIR "DISK2/HOMING/16/HV16FX.O",
16000,
G726_ENCODING_ALAW,
G726_ENCODING_ULAW
},
{
TESTDATA_DIR "DISK2/PCM_INIT.A",
TESTDATA_DIR "DISK2/INPUT/NRM.A",
TESTDATA_DIR "DISK1/HOMING/24/I_INI_24.M",
TESTDATA_DIR "DISK2/HOMING/24/HN24FA.I",
TESTDATA_DIR "DISK2/HOMING/24/HN24FX.O",
24000,
G726_ENCODING_ALAW,
G726_ENCODING_ULAW
},
{
TESTDATA_DIR "DISK2/PCM_INIT.A",
TESTDATA_DIR "DISK2/INPUT/OVR.A",
TESTDATA_DIR "DISK1/HOMING/24/I_INI_24.M",
TESTDATA_DIR "DISK2/HOMING/24/HV24FA.I",
TESTDATA_DIR "DISK2/HOMING/24/HV24FX.O",
24000,
G726_ENCODING_ALAW,
G726_ENCODING_ULAW
},
{
TESTDATA_DIR "DISK2/PCM_INIT.A",
TESTDATA_DIR "DISK2/INPUT/NRM.A",
TESTDATA_DIR "DISK1/HOMING/32/I_INI_32.M",
TESTDATA_DIR "DISK2/HOMING/32/HN32FA.I",
TESTDATA_DIR "DISK2/HOMING/32/HN32FX.O",
32000,
G726_ENCODING_ALAW,
G726_ENCODING_ULAW
},
{
TESTDATA_DIR "DISK2/PCM_INIT.A",
TESTDATA_DIR "DISK2/INPUT/OVR.A",
TESTDATA_DIR "DISK1/HOMING/32/I_INI_32.M",
TESTDATA_DIR "DISK2/HOMING/32/HV32FA.I",
TESTDATA_DIR "DISK2/HOMING/32/HV32FX.O",
32000,
G726_ENCODING_ALAW,
G726_ENCODING_ULAW
},
{
TESTDATA_DIR "DISK2/PCM_INIT.A",
TESTDATA_DIR "DISK2/INPUT/NRM.A",
TESTDATA_DIR "DISK1/HOMING/40/I_INI_40.M",
TESTDATA_DIR "DISK2/HOMING/40/HN40FA.I",
TESTDATA_DIR "DISK2/HOMING/40/HN40FX.O",
40000,
G726_ENCODING_ALAW,
G726_ENCODING_ULAW
},
{
TESTDATA_DIR "DISK2/PCM_INIT.A",
TESTDATA_DIR "DISK2/INPUT/OVR.A",
TESTDATA_DIR "DISK1/HOMING/40/I_INI_40.M",
TESTDATA_DIR "DISK2/HOMING/40/HV40FA.I",
TESTDATA_DIR "DISK2/HOMING/40/HV40FX.O",
40000,
G726_ENCODING_ALAW,
G726_ENCODING_ULAW
},
{
NULL,
NULL,
NULL,
NULL,
NULL,
0,
0,
0
}
};
static int hex_get(char *s)
{
int i;
int value;
int x;
for (value = i = 0; i < 2; i++)
{
x = *s++ - 0x30;
if (x > 9)
x -= 0x07;
if (x > 15)
x -= 0x20;
if (x < 0 || x > 15)
return -1;
value <<= 4;
value |= x;
}
return value;
}
/*- End of function --------------------------------------------------------*/
static int get_vector(FILE *file, uint8_t vec[])
{
char buf[132 + 1];
char *s;
int i;
int value;
while (fgets(buf, 133, file))
{
s = buf;
i = 0;
while ((value = hex_get(s)) >= 0)
{
vec[i++] = value;
s += 2;
}
return i;
}
return 0;
}
/*- End of function --------------------------------------------------------*/
static int get_test_vector(const char *file, uint8_t buf[], int max_len)
{
int octets;
int i;
int sum;
FILE *infile;
if ((infile = fopen(file, "r")) == NULL)
{
fprintf(stderr, " Failed to open '%s'\n", file);
exit(2);
}
octets = 0;
while ((i = get_vector(infile, buf + octets)) > 0)
octets += i;
fclose(infile);
/* The last octet is a sumcheck, so the real data octets are one less than
the total we have */
octets--;
/* Test the checksum */
for (sum = i = 0; i < octets; i++)
sum += buf[i];
if (sum%255 != (int) buf[i])
{
fprintf(stderr, " Sumcheck failed in '%s' - %x %x\n", file, sum%255, buf[i]);
exit(2);
}
return octets;
}
/*- End of function --------------------------------------------------------*/
int main(int argc, char *argv[])
{
g726_state_t enc_state;
g726_state_t dec_state;
int len2;
int len3;
int i;
int test;
int bits_per_code;
int itutests;
int bit_rate;
int bad_samples;
AFfilehandle inhandle;
AFfilehandle outhandle;
AFfilesetup filesetup;
int16_t amp[1024];
int frames;
int outframes;
int conditioning_samples;
int samples;
int conditioning_adpcm;
int adpcm;
int packing;
float x;
i = 1;
bit_rate = 32000;
itutests = TRUE;
packing = G726_PACKING_NONE;
while (argc > i)
{
if (strcmp(argv[i], "-16") == 0)
{
bit_rate = 16000;
itutests = FALSE;
i++;
}
else if (strcmp(argv[i], "-24") == 0)
{
bit_rate = 24000;
itutests = FALSE;
i++;
}
else if (strcmp(argv[i], "-32") == 0)
{
bit_rate = 32000;
itutests = FALSE;
i++;
}
else if (strcmp(argv[i], "-40") == 0)
{
bit_rate = 40000;
itutests = FALSE;
i++;
}
else if (strcmp(argv[i], "-l") == 0)
{
packing = G726_PACKING_LEFT;
i++;
}
else if (strcmp(argv[i], "-r") == 0)
{
packing = G726_PACKING_RIGHT;
i++;
}
else
{
fprintf(stderr, "Unknown parameter %s specified.\n", argv[i]);
exit(2);
}
}
len2 = 0;
conditioning_samples = 0;
if (itutests)
{
for (test = 0; itu_test_sets[test].rate; test++)
{
printf("Test %2d: '%s' + '%s'\n"
" -> '%s' + '%s'\n"
" -> '%s' [%d, %d, %d]\n",
test,
itu_test_sets[test].conditioning_pcm_file,
itu_test_sets[test].pcm_file,
itu_test_sets[test].conditioning_adpcm_file,
itu_test_sets[test].adpcm_file,
itu_test_sets[test].output_file,
itu_test_sets[test].rate,
itu_test_sets[test].compression_law,
itu_test_sets[test].decompression_law);
switch (itu_test_sets[test].rate)
{
case 16000:
bits_per_code = 2;
break;
case 24000:
bits_per_code = 3;
break;
case 32000:
default:
bits_per_code = 4;
break;
case 40000:
bits_per_code = 5;
break;
}
if (itu_test_sets[test].compression_law != G726_ENCODING_NONE)
{
/* Test the encode side */
g726_init(&enc_state, itu_test_sets[test].rate, itu_test_sets[test].compression_law, G726_PACKING_NONE);
if (itu_test_sets[test].conditioning_pcm_file[0])
{
conditioning_samples = get_test_vector(itu_test_sets[test].conditioning_pcm_file, xlaw, MAX_TEST_VECTOR_LEN);
printf("Test %d: Homing %d samples at %dbps\n", test, conditioning_samples, itu_test_sets[test].rate);
}
else
{
conditioning_samples = 0;
}
samples = get_test_vector(itu_test_sets[test].pcm_file, xlaw + conditioning_samples, MAX_TEST_VECTOR_LEN);
memcpy(itudata, xlaw, samples + conditioning_samples);
printf("Test %d: Compressing %d samples at %dbps\n", test, samples, itu_test_sets[test].rate);
len2 = g726_encode(&enc_state, adpcmdata, itudata, conditioning_samples + samples);
}
/* Test the decode side */
g726_init(&dec_state, itu_test_sets[test].rate, itu_test_sets[test].decompression_law, G726_PACKING_NONE);
if (itu_test_sets[test].conditioning_adpcm_file[0])
{
conditioning_adpcm = get_test_vector(itu_test_sets[test].conditioning_adpcm_file, unpacked, MAX_TEST_VECTOR_LEN);
printf("Test %d: Homing %d octets at %dbps\n", test, conditioning_adpcm, itu_test_sets[test].rate);
}
else
{
conditioning_adpcm = 0;
}
adpcm = get_test_vector(itu_test_sets[test].adpcm_file, unpacked + conditioning_adpcm, MAX_TEST_VECTOR_LEN);
if (itu_test_sets[test].compression_law != G726_ENCODING_NONE)
{
/* Test our compressed version against the reference compressed version */
printf("Test %d: Compressed data check - %d/%d octets\n", test, conditioning_adpcm + adpcm, len2);
if (conditioning_adpcm + adpcm == len2)
{
for (bad_samples = 0, i = conditioning_samples; i < len2; i++)
{
if (adpcmdata[i] != unpacked[i])
{
bad_samples++;
printf("Test %d: Compressed mismatch %d %x %x\n", test, i, adpcmdata[i], unpacked[i]);
}
}
if (bad_samples > 0)
{
printf("Test failed\n");
exit(2);
}
printf("Test passed\n");
}
else
{
printf("Test %d: Length mismatch - ref = %d, processed = %d\n", test, conditioning_adpcm + adpcm, len2);
exit(2);
}
}
len3 = g726_decode(&dec_state, outdata, unpacked, conditioning_adpcm + adpcm);
/* Get the output reference data */
samples = get_test_vector(itu_test_sets[test].output_file, xlaw, MAX_TEST_VECTOR_LEN);
memcpy(itu_ref, xlaw, samples);
/* Test our decompressed version against the reference decompressed version */
printf("Test %d: Decompressed data check - %d/%d samples\n", test, samples, len3 - conditioning_adpcm);
if (samples == len3 - conditioning_adpcm)
{
for (bad_samples = 0, i = 0; i < len3; i++)
{
if (itu_ref[i] != ((uint8_t *) outdata)[i + conditioning_adpcm])
{
bad_samples++;
printf("Test %d: Decompressed mismatch %d %x %x\n", test, i, itu_ref[i], ((uint8_t *) outdata)[i + conditioning_adpcm]);
}
}
if (bad_samples > 0)
{
printf("Test failed\n");
exit(2);
}
printf("Test passed\n");
}
else
{
printf("Test %d: Length mismatch - ref = %d, processed = %d\n", test, samples, len3 - conditioning_adpcm);
exit(2);
}
}
printf("Tests passed.\n");
}
else
{
if ((inhandle = afOpenFile(IN_FILE_NAME, "r", 0)) == AF_NULL_FILEHANDLE)
{
printf(" Cannot open wave file '%s'\n", IN_FILE_NAME);
exit(2);
}
if ((x = afGetFrameSize(inhandle, AF_DEFAULT_TRACK, 1)) != 2.0)
{
printf(" Unexpected frame size in wave file '%s'\n", IN_FILE_NAME);
exit(2);
}
if ((x = afGetRate(inhandle, AF_DEFAULT_TRACK)) != (float) SAMPLE_RATE)
{
printf(" Unexpected sample rate in wave file '%s'\n", IN_FILE_NAME);
exit(2);
}
if ((x = afGetChannels(inhandle, AF_DEFAULT_TRACK)) != 1.0)
{
printf(" Unexpected number of channels in wave file '%s'\n", IN_FILE_NAME);
exit(2);
}
if ((filesetup = afNewFileSetup()) == AF_NULL_FILESETUP)
{
fprintf(stderr, " Failed to create file setup\n");
exit(2);
}
afInitSampleFormat(filesetup, AF_DEFAULT_TRACK, AF_SAMPFMT_TWOSCOMP, 16);
afInitRate(filesetup, AF_DEFAULT_TRACK, (float) SAMPLE_RATE);
afInitFileFormat(filesetup, AF_FILE_WAVE);
afInitChannels(filesetup, AF_DEFAULT_TRACK, 1);
outhandle = afOpenFile(OUT_FILE_NAME, "w", filesetup);
if (outhandle == AF_NULL_FILEHANDLE)
{
fprintf(stderr, " Cannot create wave file '%s'\n", OUT_FILE_NAME);
exit(2);
}
printf("ADPCM packing is %d\n", packing);
g726_init(&enc_state, bit_rate, G726_ENCODING_LINEAR, packing);
g726_init(&dec_state, bit_rate, G726_ENCODING_LINEAR, packing);
while ((frames = afReadFrames(inhandle, AF_DEFAULT_TRACK, amp, 159)))
{
adpcm = g726_encode(&enc_state, adpcmdata, amp, frames);
frames = g726_decode(&dec_state, amp, adpcmdata, adpcm);
outframes = afWriteFrames(outhandle, AF_DEFAULT_TRACK, amp, frames);
}
if (afCloseFile(inhandle) != 0)
{
printf(" Cannot close wave file '%s'\n", IN_FILE_NAME);
exit(2);
}
if (afCloseFile(outhandle) != 0)
{
printf(" Cannot close wave file '%s'\n", OUT_FILE_NAME);
exit(2);
}
afFreeFileSetup(filesetup);
printf("'%s' transcoded to '%s' at %dbps.\n", IN_FILE_NAME, OUT_FILE_NAME, bit_rate);
}
return 0;
}
/*- End of function --------------------------------------------------------*/
/*- End of file ------------------------------------------------------------*/
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