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Fix OpenFEC compile error on Windows platform

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This commit is contained in:
dijunkun
2023-11-14 16:11:57 +08:00
parent 270ad8df43
commit e410e4e0c4
54 changed files with 1346 additions and 1245 deletions
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2
thirdparty/openfec/src/lib_stable/ldpc_staircase/of_codec_profile.h vendored
View File

@@ -79,7 +79,7 @@
* Default maximum number of source and encoding symbols for this codec.
* This value depends in particular on the kind of decoder used. To this
* limit, codec implementation details might add other limits (e.g. if
* the ESI values are stored in UINT16 instead of UINT32...).
* the ESI values are stored in _UINT16 instead of _UINT32...).
*
* Hints:
* If ML decoding is enabled and used, then limit yourself to a value

90
thirdparty/openfec/src/lib_stable/ldpc_staircase/of_ldpc_staircase.h vendored
View File

@@ -45,12 +45,12 @@ typedef struct of_ldpc_staircase_cb
/****** of_cb part { **************************************************/
of_codec_id_t codec_id;
of_codec_type_t codec_type;
UINT32 nb_source_symbols; /** k parameter (AKA code dimension). */
UINT32 nb_repair_symbols; /** r = n - k parameter. */
UINT32 encoding_symbol_length; /** symbol length. */
_UINT32 nb_source_symbols; /** k parameter (AKA code dimension). */
_UINT32 nb_repair_symbols; /** r = n - k parameter. */
_UINT32 encoding_symbol_length; /** symbol length. */
/****** } of_cb part **************************************************/
UINT32 nb_total_symbols; /** n parameter (AKA code length). */
_UINT32 nb_total_symbols; /** n parameter (AKA code length). */
/* parity check matrix */
of_mod2sparse *pchk_matrix;
@@ -60,20 +60,20 @@ typedef struct of_ldpc_staircase_cb
#ifdef OF_DEBUG
of_symbols_stats_t *stats_symbols;
#endif
UINT32 nb_source_symbol_ready; // Number of source symbols ready
UINT32 nb_repair_symbol_ready; // Number of parity symbols ready
_UINT32 nb_source_symbol_ready; // Number of source symbols ready
_UINT32 nb_repair_symbol_ready; // Number of parity symbols ready
#ifdef ML_DECODING /* { */
UINT32 *index_rows; // Indirection index to access initial m_chekValues array
UINT32 *index_cols; // Indirection index to access initial symbol array
UINT32 remain_cols; // Nb of non empty remaining cols in the future simplified matrix
UINT32 remain_rows; // Nb of non empty remaining rows in the future simplified matrix
_UINT32 *index_rows; // Indirection index to access initial m_chekValues array
_UINT32 *index_cols; // Indirection index to access initial symbol array
_UINT32 remain_cols; // Nb of non empty remaining cols in the future simplified matrix
_UINT32 remain_rows; // Nb of non empty remaining rows in the future simplified matrix
of_mod2sparse *pchk_matrix_simplified; // Simplified Parity Check Matrix in sparse mode format
of_mod2sparse *original_pchkMatrix;
of_mod2sparse *pchk_matrix_gauss; // Parity Check matrix in sparse mode format.
UINT32 dec_step; // Current step in the Gauss decoding algorithm
UINT32 threshold_simplification; // threshold (number of symbols) above which we
_UINT32 dec_step; // Current step in the Gauss decoding algorithm
_UINT32 threshold_simplification; // threshold (number of symbols) above which we
// run the Gaussian Elimination algorithm
#endif /* } ML_DECODING */
@@ -81,43 +81,43 @@ typedef struct of_ldpc_staircase_cb
/** table of all check values, i.e. that contain the constant term of each equation. */
void** tab_const_term_of_equ;
/** table containing the number of encoding symbols of each equation. */
UINT16* tab_nb_enc_symbols_per_equ;
_UINT16* tab_nb_enc_symbols_per_equ;
/** table containing the number of unknow symbols (i.e. neither received nor decoded
* at that time) of each equation. */
UINT16* tab_nb_unknown_symbols;
_UINT16* tab_nb_unknown_symbols;
/** table containing the number of equations in which a repair symbol is included. */
UINT16* tab_nb_equ_for_repair;
_UINT16* tab_nb_equ_for_repair;
void** repair_symbols_values;
void** tmp_tab_symbols;
UINT16 nb_tmp_symbols;
_UINT16 nb_tmp_symbols;
#endif /* } OF_USE_DECODER */
void **encoding_symbols_tab;
/** callbacks registered by the application. */
void* (*decoded_source_symbol_callback) (void *context,
UINT32 size, /* size of decoded source symbol */
UINT32 esi); /* encoding symbol ID in {0..k-1} */
_UINT32 size, /* size of decoded source symbol */
_UINT32 esi); /* encoding symbol ID in {0..k-1} */
void* (*decoded_repair_symbol_callback) (void *context,
UINT32 size, /* size of decoded repair symbol */
UINT32 esi); /* encoding symbol ID in {0..k-1} */
_UINT32 size, /* size of decoded repair symbol */
_UINT32 esi); /* encoding symbol ID in {0..k-1} */
void* context_4_callback;
/****** } of_linear_binary_code_cb part *******************************/
/** Maximum number of source symbols supported by this codec for practical reasons. */
UINT32 max_nb_source_symbols;
_UINT32 max_nb_source_symbols;
/** Maximum number of encoding symbols supported by this codec for practical reasons. */
UINT32 max_nb_encoding_symbols;
_UINT32 max_nb_encoding_symbols;
/** Seed used to build this code. */
UINT32 prng_seed;
_UINT32 prng_seed;
/** Target number or "1s" per column for H1 (see RFC5170). */
UINT8 N1;
_UINT8 N1;
/** During H1 creation, have extra entries been added per row to make the row hamming weight at least two? */
bool extra_entries_added_in_pchk;
/** ESI of first non decoded source symbol. Used by is_decoding_complete function. */
UINT32 first_non_decoded;
_UINT32 first_non_decoded;
} of_ldpc_staircase_cb_t;
@@ -165,8 +165,8 @@ of_status_t of_ldpc_staircase_set_fec_parameters (of_ldpc_staircase_cb_t* ofcb,
/**
* @fn of_status_t of_ldpc_staircase_set_callback_functions (of_ldpc_staircase_cb_t *ofcb,void* (*decoded_source_symbol_callback)
* (void *context,UINT32 size,UINT32 esi), void* (*decoded_repair_symbol_callback)
* (void *context,UINT32 size,UINT32 esi),void* context_4_callback)
* (void *context,_UINT32 size,_UINT32 esi), void* (*decoded_repair_symbol_callback)
* (void *context,_UINT32 size,_UINT32 esi),void* context_4_callback)
* @brief set various callbock functions (see header of_open_fec_api.h)
* @param ofcb (IN) Pointer to the session.
*
@@ -190,16 +190,16 @@ of_status_t of_ldpc_staircase_set_fec_parameters (of_ldpc_staircase_cb_t* ofcb,
*/
of_status_t of_ldpc_staircase_set_callback_functions (of_ldpc_staircase_cb_t* ofcb,
void* (*decoded_source_symbol_callback) (void *context,
UINT32 size, /* size of decoded source symbol */
UINT32 esi), /* encoding symbol ID in {0..k-1} */
_UINT32 size, /* size of decoded source symbol */
_UINT32 esi), /* encoding symbol ID in {0..k-1} */
void* (*decoded_repair_symbol_callback) (void *context,
UINT32 size, /* size of decoded repair symbol */
UINT32 esi), /* encoding symbol ID in {0..k-1} */
_UINT32 size, /* size of decoded repair symbol */
_UINT32 esi), /* encoding symbol ID in {0..k-1} */
void* context_4_callback);
#ifdef OF_USE_ENCODER
/**
* @fn of_status_t of_ldpc_staircase_build_repair_symbol (of_ldpc_staircase_cb_t* ofcb, void* encoding_symbols_tab[], UINT32 esi_of_symbol_to_build)
* @fn of_status_t of_ldpc_staircase_build_repair_symbol (of_ldpc_staircase_cb_t* ofcb, void* encoding_symbols_tab[], _UINT32 esi_of_symbol_to_build)
* @brief build a repair symbol (encoder only)
* @param ofcb (IN) Pointer to the session.
* @param encoding_symbols_tab (IN/OUT) table of source and repair symbols.
@@ -213,12 +213,12 @@ of_status_t of_ldpc_staircase_set_callback_functions (of_ldpc_staircase_cb_t* o
*/
of_status_t of_ldpc_staircase_build_repair_symbol (of_ldpc_staircase_cb_t* ofcb,
void* encoding_symbols_tab[],
UINT32 esi_of_symbol_to_build);
_UINT32 esi_of_symbol_to_build);
#endif //OF_USE_ENCODER
#ifdef OF_USE_DECODER
/**
* @fn of_status_t of_ldpc_staircase_decode_with_new_symbol (of_ldpc_staircase_cb_t* ofcb, void* const new_symbol_buf, UINT32 new_symbol_esi)
* @fn of_status_t of_ldpc_staircase_decode_with_new_symbol (of_ldpc_staircase_cb_t* ofcb, void* const new_symbol_buf, _UINT32 new_symbol_esi)
* @brief (try to) decode with a newly received symbol
* @param ofcb (IN) Pointer to the session.
* @param new_symbol (IN) Pointer to the encoding symbol now available (i.e. a new
@@ -229,7 +229,7 @@ of_status_t of_ldpc_staircase_build_repair_symbol (of_ldpc_staircase_cb_t* ofcb
*/
of_status_t of_ldpc_staircase_decode_with_new_symbol (of_ldpc_staircase_cb_t* ofcb,
void* new_symbol,
UINT32 new_symbol_esi);
_UINT32 new_symbol_esi);
/**
* @fn of_status_t of_ldpc_staircase_set_available_symbols (of_ldpc_staircase_cb_t* ofcb, void* const encoding_symbols_tab[]);
@@ -275,7 +275,7 @@ of_status_t of_ldpc_staircase_get_source_symbols_tab (of_ldpc_staircase_cb_t* of
void* source_symbols_tab[]);
/**
* @fn of_status_t of_ldpc_staircase_set_control_parameter (of_ldpc_staircase_cb_t* ofcb,UINT32 type,void* value,UINT32 length)
* @fn of_status_t of_ldpc_staircase_set_control_parameter (of_ldpc_staircase_cb_t* ofcb,_UINT32 type,void* value,_UINT32 length)
* @brief set a specific FEC parameter
* @param ofcb (IN) Pointer to the session.
* @param type (IN) Type of parameter. This type is FEC codec ID specific.
@@ -285,12 +285,12 @@ of_status_t of_ldpc_staircase_get_source_symbols_tab (of_ldpc_staircase_cb_t* of
* @return Error status.
*/
of_status_t of_ldpc_staircase_set_control_parameter(of_ldpc_staircase_cb_t* ofcb,
UINT32 type,
_UINT32 type,
void* value,
UINT32 length);
_UINT32 length);
/**
* @fn of_status_t of_ldpc_staircase_get_control_parameter (of_ldpc_staircase_cb_t* ofcb, UINT32 type, void* value, UINT32 length)
* @fn of_status_t of_ldpc_staircase_get_control_parameter (of_ldpc_staircase_cb_t* ofcb, _UINT32 type, void* value, _UINT32 length)
* @brief get a specific FEC parameter
* @param ofcb (IN) Pointer to the session.
* @param type (IN) Type of parameter. This type is FEC codec ID specific.
@@ -302,9 +302,9 @@ of_status_t of_ldpc_staircase_set_control_parameter(of_ldpc_staircase_cb_t* ofcb
* @return Error status.
*/
of_status_t of_ldpc_staircase_get_control_parameter(of_ldpc_staircase_cb_t* ofcb,
UINT32 type,
_UINT32 type,
void* value,
UINT32 length);
_UINT32 length);
/**
* @brief Create the LDPC-Staircase matrix as defined in RFC 5170.
@@ -315,10 +315,10 @@ of_status_t of_ldpc_staircase_get_control_parameter(of_ldpc_staircase_cb_t* ofcb
* @param ofcb (IN/OUT)
* @return pointer to the parity check matrix that has just been allocated and initialized.
*/
of_mod2sparse* of_create_pchck_matrix_rfc5170_compliant (UINT32 nb_rows,
UINT32 nb_cols,
UINT32 left_degree,
UINT32 seed,
of_mod2sparse* of_create_pchck_matrix_rfc5170_compliant (_UINT32 nb_rows,
_UINT32 nb_cols,
_UINT32 left_degree,
_UINT32 seed,
of_ldpc_staircase_cb_t *ofcb);
#endif //OF_USE_DECODER

62
thirdparty/openfec/src/lib_stable/ldpc_staircase/of_ldpc_staircase_api.c vendored
View File

@@ -59,7 +59,7 @@ of_status_t of_ldpc_staircase_create_codec_instance (of_ldpc_staircase_cb_t** of
of_status_t of_ldpc_staircase_release_codec_instance (of_ldpc_staircase_cb_t* ofcb)
{
OF_ENTER_FUNCTION
UINT32 i;
_UINT32 i;
if (ofcb->pchk_matrix != NULL)
{
of_mod2sparse_free(ofcb->pchk_matrix);
@@ -167,8 +167,8 @@ of_status_t of_ldpc_staircase_set_fec_parameters (of_ldpc_staircase_cb_t* ofcb,
of_ldpc_parameters_t* params)
{
of_mod2entry *e;
UINT32 row;
UINT32 seq;
_UINT32 row;
_UINT32 seq;
OF_ENTER_FUNCTION
@@ -191,7 +191,7 @@ of_status_t of_ldpc_staircase_set_fec_parameters (of_ldpc_staircase_cb_t* ofcb,
if ((ofcb->nb_repair_symbols = params->nb_repair_symbols) > ofcb->max_nb_encoding_symbols)
{
/* this test is needed because if the number of repair symbols is
* erroneously < 0, because we are using UINT32, this is transformed
* erroneously < 0, because we are using _UINT32, this is transformed
* into a very large integer, which, when added to k, wraps once again
* and the test on nb_total_symbols returns true... */
OF_PRINT_ERROR(("of_ldpc_staircase_set_fec_parameters: ERROR, invalid number of repair symbols (got %d, maximum number of encoding symbols is %d)\n",
@@ -256,14 +256,14 @@ of_status_t of_ldpc_staircase_set_fec_parameters (of_ldpc_staircase_cb_t* ofcb,
#ifdef OF_USE_DECODER
if (ofcb->codec_type & OF_DECODER)
{
ofcb->tab_nb_unknown_symbols = (UINT16*)
of_calloc (ofcb->nb_repair_symbols, sizeof (UINT16));
ofcb->tab_nb_unknown_symbols = (_UINT16*)
of_calloc (ofcb->nb_repair_symbols, sizeof (_UINT16));
ofcb->tab_const_term_of_equ = (void**)
of_calloc (ofcb->nb_repair_symbols, sizeof (void*));
ofcb->tab_nb_equ_for_repair = (UINT16*)
of_calloc (ofcb->nb_repair_symbols, sizeof (UINT16));
ofcb->tab_nb_enc_symbols_per_equ = (UINT16*)
of_calloc (ofcb->nb_repair_symbols, sizeof (UINT16));
ofcb->tab_nb_equ_for_repair = (_UINT16*)
of_calloc (ofcb->nb_repair_symbols, sizeof (_UINT16));
ofcb->tab_nb_enc_symbols_per_equ = (_UINT16*)
of_calloc (ofcb->nb_repair_symbols, sizeof (_UINT16));
if (ofcb->tab_nb_unknown_symbols == NULL || ofcb->tab_const_term_of_equ == NULL ||
ofcb->tab_nb_equ_for_repair == NULL || ofcb->tab_nb_enc_symbols_per_equ == NULL) {
goto no_mem;
@@ -355,11 +355,11 @@ error:
of_status_t of_ldpc_staircase_set_callback_functions (of_ldpc_staircase_cb_t* ofcb,
void* (*decoded_source_symbol_callback) (void *context,
UINT32 size, /* size of decoded source symbol */
UINT32 esi), /* encoding symbol ID in {0..k-1} */
_UINT32 size, /* size of decoded source symbol */
_UINT32 esi), /* encoding symbol ID in {0..k-1} */
void* (*decoded_repair_symbol_callback) (void *context,
UINT32 size, /* size of decoded repair symbol */
UINT32 esi), /* encoding symbol ID in {k..n-1} */
_UINT32 size, /* size of decoded repair symbol */
_UINT32 esi), /* encoding symbol ID in {k..n-1} */
void* context_4_callback)
{
OF_ENTER_FUNCTION
@@ -375,11 +375,11 @@ of_status_t of_ldpc_staircase_set_callback_functions (of_ldpc_staircase_cb_t* o
of_status_t of_ldpc_staircase_build_repair_symbol (of_ldpc_staircase_cb_t* ofcb,
void* encoding_symbols_tab[],
UINT32 esi_of_symbol_to_build)
_UINT32 esi_of_symbol_to_build)
{
of_mod2entry *e;
UINT32 col_to_build;
UINT32 esi;
_UINT32 col_to_build;
_UINT32 esi;
void *to_add_buf;
void *parity_symbol;
OF_ENTER_FUNCTION
@@ -429,7 +429,7 @@ error:
of_status_t of_ldpc_staircase_decode_with_new_symbol (of_ldpc_staircase_cb_t* ofcb,
void* new_symbol,
UINT32 new_symbol_esi)
_UINT32 new_symbol_esi)
{
OF_ENTER_FUNCTION
return of_linear_binary_code_decode_with_new_symbol((of_linear_binary_code_cb_t*)ofcb, new_symbol, new_symbol_esi);
@@ -439,7 +439,7 @@ of_status_t of_ldpc_staircase_decode_with_new_symbol (of_ldpc_staircase_cb_t* of
of_status_t of_ldpc_staircase_set_available_symbols (of_ldpc_staircase_cb_t* ofcb,
void* const encoding_symbols_tab[])
{
UINT32 i;
_UINT32 i;
OF_ENTER_FUNCTION
for (i = 0; i < ofcb->nb_total_symbols; i++)
@@ -501,9 +501,9 @@ of_status_t of_ldpc_staircase_get_source_symbols_tab (of_ldpc_staircase_cb_t* of
#endif //OF_USE_DECODER
of_status_t of_ldpc_staircase_set_control_parameter (of_ldpc_staircase_cb_t* ofcb,
UINT32 type,
_UINT32 type,
void* value,
UINT32 length)
_UINT32 length)
{
OF_PRINT_ERROR(("of_ldpc_staircase_set_control_parameter: ERROR, not implemented...\n"))
return OF_STATUS_ERROR;
@@ -511,30 +511,30 @@ of_status_t of_ldpc_staircase_set_control_parameter (of_ldpc_staircase_cb_t* of
of_status_t of_ldpc_staircase_get_control_parameter (of_ldpc_staircase_cb_t* ofcb,
UINT32 type,
_UINT32 type,
void* value,
UINT32 length)
_UINT32 length)
{
OF_ENTER_FUNCTION
switch (type) {
case OF_CTRL_GET_MAX_K:
if (value == NULL || length != sizeof(UINT32)) {
if (value == NULL || length != sizeof(_UINT32)) {
OF_PRINT_ERROR(("%s: OF_CTRL_GET_MAX_K ERROR: null value or bad length (got %d, expected %zu)\n",
__FUNCTION__, length, sizeof(UINT32)))
__FUNCTION__, length, sizeof(_UINT32)))
goto error;
}
*(UINT32*)value = ofcb->max_nb_source_symbols;
OF_TRACE_LVL(1, ("%s: OF_CTRL_GET_MAX_K (%d)\n", __FUNCTION__, *(UINT32*)value))
*(_UINT32*)value = ofcb->max_nb_source_symbols;
OF_TRACE_LVL(1, ("%s: OF_CTRL_GET_MAX_K (%d)\n", __FUNCTION__, *(_UINT32*)value))
break;
case OF_CTRL_GET_MAX_N:
if (value == NULL || length != sizeof(UINT32)) {
if (value == NULL || length != sizeof(_UINT32)) {
OF_PRINT_ERROR(("%s: OF_CTRL_GET_MAX_N ERROR: null value or bad length (got %d, expected %zu)\n",
__FUNCTION__, length, sizeof(UINT32)))
__FUNCTION__, length, sizeof(_UINT32)))
goto error;
}
*(UINT32*)value = ofcb->max_nb_encoding_symbols;
OF_TRACE_LVL(1, ("%s: OF_CTRL_GET_MAX_N (%d)\n", __FUNCTION__, *(UINT32*)value))
*(_UINT32*)value = ofcb->max_nb_encoding_symbols;
OF_TRACE_LVL(1, ("%s: OF_CTRL_GET_MAX_N (%d)\n", __FUNCTION__, *(_UINT32*)value))
break;
case OF_CRTL_LDPC_STAIRCASE_IS_LAST_SYMBOL_NULL:

10
thirdparty/openfec/src/lib_stable/ldpc_staircase/of_ldpc_staircase_api.h vendored
View File

@@ -48,14 +48,14 @@
*/
typedef struct of_ldpc_parameters
{
UINT32 nb_source_symbols; /* must be 1st item */
UINT32 nb_repair_symbols; /* must be 2nd item */
UINT32 encoding_symbol_length; /* must be 3rd item */
_UINT32 nb_source_symbols; /* must be 1st item */
_UINT32 nb_repair_symbols; /* must be 2nd item */
_UINT32 encoding_symbol_length; /* must be 3rd item */
/*
* FEC codec id specific attributes follow...
*/
INT32 prng_seed;
UINT8 N1;
_INT32 prng_seed;
_UINT8 N1;
} of_ldpc_parameters_t;

22
thirdparty/openfec/src/lib_stable/ldpc_staircase/of_ldpc_staircase_pchk.c vendored
View File

@@ -50,21 +50,21 @@
/* RFC5170 compliant fonction. DO NOT MODIFY */
of_mod2sparse* of_create_pchck_matrix_rfc5170_compliant (UINT32 nb_rows,
UINT32 nb_cols,
UINT32 left_degree,
UINT32 seed,
of_mod2sparse* of_create_pchck_matrix_rfc5170_compliant (_UINT32 nb_rows,
_UINT32 nb_cols,
_UINT32 left_degree,
_UINT32 seed,
of_ldpc_staircase_cb_t *ofcb)
{
OF_ENTER_FUNCTION
of_mod2entry *e;
UINT32 added, uneven;
INT32 i, j, k;
INT32 t; /* left limit within the list of possible choices u[] */
UINT32 *u; /* table used to have a homogeneous 1 distrib. */
_UINT32 added, uneven;
_INT32 i, j, k;
_INT32 t; /* left limit within the list of possible choices u[] */
_UINT32 *u; /* table used to have a homogeneous 1 distrib. */
of_mod2sparse *pchkMatrix = NULL;
UINT32 skipCols = 0; // avoid warning
UINT32 nbDataCols = 0; // avoid warning
_UINT32 skipCols = 0; // avoid warning
_UINT32 nbDataCols = 0; // avoid warning
skipCols = nb_rows;
nbDataCols = nb_cols - skipCols;
@@ -80,7 +80,7 @@ of_mod2sparse* of_create_pchck_matrix_rfc5170_compliant (UINT32 nb_rows,
pchkMatrix = of_mod2sparse_allocate (nb_rows, nb_cols);
/* create the initial version of the parity check matrix. */
/* evenboth make method only */
u = (UINT32*) of_calloc (left_degree * nbDataCols, sizeof * u);
u = (_UINT32*) of_calloc (left_degree * nbDataCols, sizeof * u);
/* initialize a list of possible choices to guarantee a homogeneous "1" distribution */
for (k = left_degree * nbDataCols - 1; k >= 0; k--)
{