system: Linux mars.sprixweb.com 3.10.0-1160.119.1.el7.x86_64 #1 SMP Tue Jun 4 14:43:51 UTC 2024 x86_64
define(`pushdefFUNC_NAME', `
pushdef(`FUNC_NAME', `xc_`'PROCESSOR_TYPE`'_`'ifelse(`$2', `', `$1', `$2')')
')
dnl {{{ DECL_STRUCT_P_FUNC(1:type, 2:name, 3:comma=;)
define(`DECL_STRUCT_P_FUNC', `translit(
pushdefFUNC_NAME(`$1', `$2')
define(`DEFINED_'ifelse(`$2', `', `$1', `$2'), `')
ifdef(`EXPORT_'ifelse(`$2', `', `$1', `$2'), `void', `static void inline')
FUNC_NAME`'(
IFDPRINT( `const $1 * const src, int indent')
IFCALC( `xc_processor_t *processor, const $1 * const src')
IFSTORE( `xc_processor_t *processor, $1 *dst, const $1 * const src')
IFRESTORE(`xc_processor_t *processor, $1 *dst, const $1 * const src')
IFDASM( `xc_dasm_t *dasm, zval *dst, const $1 * const src')
TSRMLS_DC
)ifelse(`$3', `', `;')
popdef(`FUNC_NAME')dnl
, `
', ` ')')
dnl }}}
dnl {{{ DEF_STRUCT_P_FUNC(1:type, 2:name, 3:body)
define(`DEF_STRUCT_P_FUNC', `
pushdefFUNC_NAME(`$1', `$2')
/* {`{'{ FUNC_NAME */
ifdef(`EXPORT_'ifelse(`$2', `', `$1', `$2'), `
/* export: DECL_STRUCT_P_FUNC(`$1', `$2') :export */
')
DECL_STRUCT_P_FUNC(`$1', `$2', 1)
{
pushdef(`ELEMENTS_DONE')
IFAUTOCHECK(`
/* {{{ init assert */
ifdef(`SIZEOF_$1', , `m4_errprint(`Warning: missing SIZEOF_$1, safe to ignore')')
ifdef(`COUNTOF_$1', , `m4_errprint(`Warning: missing COUNTOF_$1, safe to ignore')')
dnl SIZEOF_x COUNTOF_x can be both defined or both not
ifdef(`SIZEOF_$1', `
ifdef(`COUNTOF_$1', , `m4_errprint(`AUTOCHECK WARN: missing COUNTOF_$1')')
', `
define(`SIZEOF_$1', 0)
')
ifdef(`COUNTOF_$1', `
ifdef(`SIZEOF_$1', , `m4_errprint(`AUTOCHECK WARN: missing SIZEOF_$1')')
', `
define(`COUNTOF_$1', 0)
')
int xc_autocheck_assert_size = SIZEOF_$1, assert_count = COUNTOF_$1;
int xc_autocheck_done_size = 0, xc_autocheck_done_count = 0;
ifdef(`ELEMENTSOF_$1', `
const char *xc_autocheck_assert_names[] = { ELEMENTSOF_$1 };
size_t xc_autocheck_assert_names_count = sizeof(xc_autocheck_assert_names) / sizeof(xc_autocheck_assert_names[0]);
', `
const char **xc_autocheck_assert_names = NULL;
size_t xc_autocheck_assert_names_count = 0;
')
zend_bool xc_autocheck_skip = 0;
HashTable xc_autocheck_done_names;
zend_hash_init(&xc_autocheck_done_names, 0, NULL, NULL, 0);
/* }}} */
IFRESTORE(`assert(xc_is_shm(src));')
IFCALCSTORE(`assert(!xc_is_shm(src));')
do {
')
ifdef(`SIZEOF_$1', , `m4_errprint(`AUTOCHECK WARN: $1: missing structinfo, dont panic')')
ifdef(`USEMEMCPY', `IFCOPY(`
memcpy(dst, src, sizeof($1));
do {
')')
IFDPRINT(`
fprintf(stderr, "%s", "{\n");
indent ++;
{
')
$3`'
IFDPRINT(`
}
indent --;
INDENT()fprintf(stderr, "}\n");
')
IFAUTOCHECK(`
/* {{{ autocheck */
if (!xc_autocheck_skip) {
int name_check_errors = xc_check_names(__FILE__, __LINE__, "FUNC_NAME", xc_autocheck_assert_names, xc_autocheck_assert_names_count, &xc_autocheck_done_names);
if (xc_autocheck_done_count != assert_count) {
fprintf(stderr
, "count assertion failed at %s `#'%d FUNC_NAME`' : unexpected:%d - expecting:%d = %d != 0\n"
, __FILE__, __LINE__
, xc_autocheck_done_count, assert_count, xc_autocheck_done_count - assert_count
);
}
if (xc_autocheck_done_size != xc_autocheck_assert_size) {
fprintf(stderr
, "size assertion failed at %s `#'%d FUNC_NAME`' : unexpected:%d - expecting:%d = %d != 0\n"
, __FILE__, __LINE__
, xc_autocheck_done_size, xc_autocheck_assert_size, xc_autocheck_done_size - xc_autocheck_assert_size
);
}
if (name_check_errors || xc_autocheck_done_count != assert_count || xc_autocheck_done_size != xc_autocheck_assert_size) {
assert(0);
}
}
zend_hash_destroy(&xc_autocheck_done_names);
/* }}} */
')
ifdef(`ELEMENTSOF_$1', `
pushdef(`ELEMENTS_UNDONE', LIST_DIFF(defn(`ELEMENTSOF_$1'), defn(`ELEMENTS_DONE')))
ifelse(defn(`ELEMENTS_UNDONE'), , `m4_errprint(`AUTOCHECK INFO: $1: processor looks good')', `
m4_errprint(`AUTOCHECK ERROR: ====' PROCESSOR_TYPE `$1 =================')
m4_errprint(`AUTOCHECK expected:' defn(`ELEMENTSOF_$1'))
m4_errprint(`AUTOCHECK missing :' defn(`ELEMENTS_UNDONE'))
define(`EXIT_PENDING', 1)
')
popdef(`ELEMENTS_UNDONE')
')
ifdef(`USEMEMCPY', `IFCOPY(`
} while (0);
')')
IFAUTOCHECK(`
} while (0);
')
popdef(`ELEMENTS_DONE')
}
/* }`}'} */
popdef(`FUNC_NAME')
')
dnl }}}
dnl {{{ STRUCT_P_EX(1:type, 2:dst, 3:src, 4:elm-name, 5:name=type, 6:&)
define(`STRUCT_P_EX', `
DBG(`$0($*)')
pushdefFUNC_NAME(`$1', `$5')
ifdef(`DEFINED_'ifelse(`$5', `', `$1', `$5'), `', `m4_errprint(`AUTOCHECK ERROR: Unknown struct "'ifelse(`$5', `', `$1', `$5')`"')define(`EXIT_PENDING', 1)')
assert(sizeof($1) == sizeof(($6 $3)[0]));
ifelse(`$6', `', `ALLOC(`$2', `$1')')
ifdef(`DASM_STRUCT_DIRECT', `', `
IFDASM(`do {
zval *zv;
ALLOC_INIT_ZVAL(zv);
array_init(zv);
')
')
FUNC_NAME`'(
IFDPRINT( ` $6 $3, indent')
IFCALC( `processor, $6 $3')
IFSTORE( `processor, $6 $2, $6 $3')
IFRESTORE(`processor, $6 $2, $6 $3')
IFDASM( `dasm, ifdef(`DASM_STRUCT_DIRECT', `dst', `zv'), $6 $3')
TSRMLS_CC
);
ifdef(`DASM_STRUCT_DIRECT', `', `
IFDASM(`
ifelse(`$4', `[]', `
add_next_index_zval(dst, zv);
', `
add_assoc_zval_ex(dst, XCACHE_STRS("$4"), zv);
')
} while (0);
')
')
popdef(`FUNC_NAME')
ifelse(`$6', , `FIXPOINTER_EX(`$1', `$2')')
')
dnl }}}
dnl {{{ STRUCT_P(1:type, 2:elm, 3:name=type)
define(`STRUCT_P', `
DBG(`$0($*)')
if (SRC(`$2')) {
IFDPRINT(`INDENT()`'fprintf(stderr, "$1:$2 ");')
STRUCT_P_EX(`$1', `DST(`$2')', `SRC(`$2')', `$2', `$3')
}
else {
IFDPRINT(`INDENT()`'fprintf(stderr, "$1:$2:\tNULL\n");')
COPYNULL_EX(`DST(`$2')', `$2')
}
DONE(`$2')
')
dnl }}}
dnl {{{ STRUCT(1:type, 2:elm, 3:name=type)
define(`STRUCT', `
DBG(`$0($*)')
assert(sizeof($1) == sizeof(SRC(`$2')));
IFDPRINT(`INDENT()`'fprintf(stderr, "$1:$2 ");')
STRUCT_P_EX(`$1', `DST(`$2')', `SRC(`$2')', `$2', `$3', `&')
DONE(`$2')
')
dnl }}}
dnl {{{ STRUCT_ARRAY(1:count_type, 2:count, 3:type, 4:elm, 5:name=type, 6:loopcounter)
define(`STRUCT_ARRAY', `
if (SRC(`$4')) {
ifelse(
`$6', `', `ifelse(`$1', `', `size_t', `$1') i; pushdef(`LOOPCOUNTER', `i')',
`', `', `pushdef(`LOOPCOUNTER', `$6')')
pushdefFUNC_NAME(`$3', `$5')
IFDASM(`
zval *arr;
ALLOC_INIT_ZVAL(arr);
array_init(arr);
for (LOOPCOUNTER = 0;
ifelse(`$2', `', `SRC(`$4[LOOPCOUNTER]')',
`', `', `LOOPCOUNTER < SRC(`$2')');
++LOOPCOUNTER) {
zval *zv;
ALLOC_INIT_ZVAL(zv);
array_init(zv);
FUNC_NAME (dasm, zv, &(SRC(`$4[LOOPCOUNTER]')) TSRMLS_CC);
add_next_index_zval(arr, zv);
}
add_assoc_zval_ex(dst, XCACHE_STRS("$4"), arr);
', `
dnl find count with NULL
ifelse(`$2', `', `
size_t count = 0;
while (SRC(`$4[count]')) {
++count;
}
++count;
pushdef(`ARRAY_ELEMENT_COUNT', `count')
',
`', `', `pushdef(`ARRAY_ELEMENT_COUNT', `SRC(`$2')')')
ALLOC(`DST(`$4')', `$3', `ARRAY_ELEMENT_COUNT')
popdef(`ARRAY_ELEMENT_COUNT')
for (LOOPCOUNTER = 0;
ifelse(`$2', `', `SRC(`$4[LOOPCOUNTER]')',
`', `', `LOOPCOUNTER < SRC(`$2')');
++LOOPCOUNTER) {
DISABLECHECK(`
STRUCT(`$3', `$4[LOOPCOUNTER]', `$5')
')
}
dnl the end marker
ifelse(`$2', `', `IFCOPY(`DST(`$4[LOOPCOUNTER]') = NULL;')')
')dnl IFDASM
FIXPOINTER(`$3', `$4')
DONE(`$4')
popdef(`FUNC_NAME')
popdef(`LOOPCOUNTER')
}
else {
COPYNULL(`$4')
}
')
dnl }}}