#include <string>
#include <list>
+#include <typeindex>
+#include <map>
#include "state_data.h"
enum {
csp_saver_entry_float,
csp_saver_entry_double,
csp_saver_entry_long_double,
+ csp_saver_entry_void,
csp_saver_entry_any,
csp_saver_entry_fifo,
csp_saver_entry_cur_time_t,
+ csp_saver_entry_device,
csp_saver_entry_custom0 = 256,
csp_saver_entry_custom1 = 257,
class CSP_Logger;
class DLL_PREFIX csp_state_utils {
protected:
+ typedef union {
+ int64_t s;
+ uint64_t u;
+ void *p;
+ } union64_t;
CSP_Logger *logger;
const uint32_t CRC_MAGIC_WORD = 0x04C11DB7;
struct __list_t {
int len;
int atomlen;
std::string name;
- void *ptr;
+ union64_t ptr;
int *datalenptr;
+
+ bool use_is_null;
+ int _null_type_id;
+ union64_t is_null_value;
+ bool is_null_value_const;
+ int _null_atomlen;
+ union64_t not_null_value;
+ bool not_null_value_const;
+
+ union64_t recv_ptr;
};
std::list<__list_t>listptr;
_TCHAR __classname[128];
csp_state_data_saver *fio;
void out_debug_log(const char *fmt, ...);
+
+ std::map <std::type_index, int> typeid_map= {
+ { typeid(int), csp_saver_entry_int },
+ { typeid(pair_t), csp_saver_entry_pair },
+ { typeid(float), csp_saver_entry_float },
+ { typeid(double), csp_saver_entry_double },
+ { typeid(long double), csp_saver_entry_long_double },
+ { typeid(int8_t), csp_saver_entry_int8 },
+ { typeid(uint8_t), csp_saver_entry_uint8 },
+ { typeid(int16_t), csp_saver_entry_int16 },
+ { typeid(uint16_t), csp_saver_entry_uint16 },
+ { typeid(int32_t), csp_saver_entry_int32 },
+ { typeid(uint32_t), csp_saver_entry_uint32 },
+ { typeid(int64_t), csp_saver_entry_int64 },
+ { typeid(uint64_t), csp_saver_entry_uint64 },
+ { typeid(bool), csp_saver_entry_bool },
+ { typeid(void), csp_saver_entry_void },
+ { typeid(FIFO), csp_saver_entry_fifo },
+ { typeid(cur_time_t), csp_saver_entry_cur_time_t },
+ };
public:
csp_state_utils(int _version = 1, int device_id = 1, const _TCHAR *classname = NULL, CSP_Logger* p_logger = NULL);
~csp_state_utils();
__list_t _l;
std::string _name = std::string(__name);
if(__num >= 0) _name = _name + std::string("_#[") +std::to_string(__num) + std::string("]");
- _l.ptr = (void *)p;
- _l.type_id = csp_saver_entry_any;
+ _l.ptr.p = (void *)p;
+ _l.type_id = typeid_map[typeid(T)];
_l.len = _len;
_l.atomlen = sizeof(T);
_l.name = _name;
_l.datalenptr = NULL;
_l.local_num = __num;
_l.assume_byte = false;
+ _l.use_is_null = false;
+ _l._null_atomlen = 1;
+ _l._null_type_id = csp_saver_entry_any;
+ _l.is_null_value.u = 0;
+ _l.is_null_value_const = false;
+ _l.not_null_value.u = 0;
+ _l.not_null_value_const = false;
+ _l.recv_ptr.u = 0;
out_debug_log("ADD ENTRY: NAME=%s TYPE=%s len=%d atomlen=%d", _name.c_str(), typeid(T).name(), _len, _l.atomlen);
- if(typeid(T) == typeid(int)) {
- _l.type_id = csp_saver_entry_int;
- } else if(typeid(T) == typeid(pair_t)) {
- _l.type_id = csp_saver_entry_pair;
- } else if(typeid(T) == typeid(float)) {
- _l.type_id = csp_saver_entry_float;
- } else if(typeid(T) == typeid(double)) {
- _l.type_id = csp_saver_entry_double;
- } else if(typeid(T) == typeid(long double)) {
- _l.type_id = csp_saver_entry_long_double;
- } else if(typeid(T) == typeid(int8_t)) {
- _l.type_id = csp_saver_entry_int8;
- } else if(typeid(T) == typeid(uint8_t)) {
- _l.type_id = csp_saver_entry_uint8;
- } else if(typeid(T) == typeid(int16_t)) {
- _l.type_id = csp_saver_entry_int16;
- } else if(typeid(T) == typeid(uint16_t)) {
- _l.type_id = csp_saver_entry_uint16;
- } else if(typeid(T) == typeid(int32_t)) {
- _l.type_id = csp_saver_entry_int32;
- } else if(typeid(T) == typeid(uint32_t)) {
- _l.type_id = csp_saver_entry_uint32;
- } else if(typeid(T) == typeid(int64_t)) {
- _l.type_id = csp_saver_entry_int64;
- } else if(typeid(T) == typeid(uint64_t)) {
- _l.type_id = csp_saver_entry_uint64;
- } else if(typeid(T) == typeid(bool)) {
- _l.type_id = csp_saver_entry_bool;
- }
-
if(is_const) _l.type_id = _l.type_id | csp_saver_entry_const;
listptr.push_back(_l);
};
+ // WIP: DECL_STATE_ENTRY_IS_NULL* is weird.
+#if 0
+ template <class _T1, class _T2>
+ void add_entry_is_null(const _TCHAR *__name, _T1 **__check_var, _T2 *__recv_var,
+ _T2 *__not_null_var,
+ _T2 *__is_null_var, int __num = 0)
+ {
+ __list_t _l;
+ std::string _name = std::string(__name);
+ if(__num >= 0) _name = _name + std::string("_#[") +std::to_string(__num) + std::string("]");
+ _l.ptr.p = (void *)__check_var;
+ _l.type_id = typeid_map[typeid(_T1)];
+ _l.len = 1;
+ _l.atomlen = sizeof(_T1);
+ _l.name = _name;
+ _l.datalenptr = NULL;
+ _l.local_num = __num;
+ _l.assume_byte = false;
+ _l.use_is_null = true;
+ _l._null_type_id = typeid_map[typeid(_T2)];
+
+ _l.not_null_value.p = (void *)__not_null_var;
+ _l.not_null_value_const = false;
+ _l._null_atomlen = sizeof(_T2);
+
+ _l.is_null_value.p = (void *)__is_null_var;
+ _l.is_null_value_const = false;
+
+ _l.recv_ptr.p = (void *)__recv_var;
+
+ out_debug_log("ADD ENTRY (IS NULL): NAME=%s CHKTYPE=%s RCVTYPE=%s", _name.c_str(), typeid(_T1).name(), typeid(_T2).name());
+ listptr.push_back(_l);
+
+ };
+ template <class _T1, class _T2>
+ void add_entry_is_null_const(const _TCHAR *__name, _T1 **__check_var, _T2 *__recv_var,
+ _T2 *__not_null_var,
+ _T2 __is_null_var, int __num = 0)
+ {
+ __list_t _l;
+ std::string _name = std::string(__name);
+ if(__num >= 0) _name = _name + std::string("_#[") +std::to_string(__num) + std::string("]");
+ _l.ptr.p = (void *)__check_var;
+ _l.type_id = typeid_map[typeid(_T1)];
+ _l.len = 1;
+ _l.atomlen = sizeof(_T1);
+ _l.name = _name;
+ _l.datalenptr = NULL;
+ _l.local_num = __num;
+ _l.assume_byte = false;
+ _l.use_is_null = true;
+ _l._null_type_id = typeid_map[typeid(_T2)];
+
+ _l.not_null_value.p = (void *)__not_null_var;
+ _l.not_null_value_const = false;
+ _l._null_atomlen = sizeof(_T2);
+
+ _l.is_null_value.s = (int64_t)__is_null_var;
+ _l.is_null_value_const = true;
+
+ _l.recv_ptr.p = (void *)__recv_var;
+ out_debug_log("ADD ENTRY (IS NULL): NAME=%s CHKTYPE=%s RCVTYPE=%s", _name.c_str(), typeid(_T1).name(), typeid(_T2).name());
+ listptr.push_back(_l);
+
+ };
+ template <class _T1, class _T2>
+ void add_entry_not_null_const(const _TCHAR *__name, _T1 **__check_var, _T2 *__recv_var,
+ _T2 __not_null_var,
+ _T2 *__is_null_var, int __num = 0)
+ {
+ __list_t _l;
+ std::string _name = std::string(__name);
+ if(__num >= 0) _name = _name + std::string("_#[") +std::to_string(__num) + std::string("]");
+ _l.ptr.p = (void *)__check_var;
+ _l.type_id = typeid_map[typeid(_T1)];
+ _l.len = 1;
+ _l.atomlen = sizeof(_T1);
+ _l.name = _name;
+ _l.datalenptr = NULL;
+ _l.local_num = __num;
+ _l.assume_byte = false;
+ _l.use_is_null = true;
+ _l._null_type_id = typeid_map[typeid(_T2)];
+
+ _l.not_null_value.s = (int64_t)__not_null_var;
+ _l.not_null_value_const = true;
+ _l._null_atomlen = sizeof(_T2);
+
+ _l.is_null_value.p = (void *)__is_null_var;
+ _l.is_null_value_const = false;
+
+ _l.recv_ptr.p = (void *)__recv_var;
+
+ out_debug_log("ADD ENTRY (IS NULL): NAME=%s CHKTYPE=%s RCVTYPE=%s", _name.c_str(), typeid(_T1).name(), typeid(_T2).name());
+ listptr.push_back(_l);
+
+ };
+ template <class _T1, class _T2>
+ void add_entry_is_null_both_const(const _TCHAR *__name, _T1 **__check_var, _T2 *__recv_var,
+ _T2 __not_null_var,
+ _T2 __is_null_var, int __num = 0)
+ {
+ __list_t _l;
+ std::string _name = std::string(__name);
+ if(__num >= 0) _name = _name + std::string("_#[") +std::to_string(__num) + std::string("]");
+ _l.ptr.p = (void *)__check_var;
+ _l.type_id = typeid_map[typeid(_T1)];
+ _l.len = 1;
+ _l.atomlen = sizeof(_T1);
+ _l.name = _name;
+ _l.datalenptr = NULL;
+ _l.local_num = __num;
+ _l.assume_byte = false;
+ _l.use_is_null = true;
+ _l._null_type_id = typeid_map[typeid(_T2)];
+
+ _l.not_null_value.s = (int64_t)__not_null_var;
+ _l.not_null_value_const = true;
+ _l._null_atomlen = sizeof(_T2);
+
+ _l.is_null_value.s = (int64_t)__is_null_var;
+ _l.is_null_value_const = true;
+
+ _l.recv_ptr.p = (void *)__recv_var;
+
+ out_debug_log("ADD ENTRY (IS NULL): NAME=%s CHKTYPE=%s RCVTYPE=%s", _name.c_str(), typeid(_T1).name(), typeid(_T2).name());
+ listptr.push_back(_l);
+
+ };
+#endif
template <class T>
void add_entry_vararray(const _TCHAR *__name, T **p, void *datalen, bool assume_byte = false, int __num = -1)
{
std::string _name = std::string(__name);
if(__num >= 0) _name = _name + std::string("_#[") +std::to_string(__num) + std::string("]");
- _l.ptr = (void *)p;
- _l.type_id = 0;
+ _l.ptr.p = (void *)p;
+ _l.type_id = typeid_map[typeid(T)];;
_l.len = 0;
_l.atomlen = sizeof(T);
_l.name = _name;
_l.local_num = __num;
_l.datalenptr = (int *) datalen;
_l.assume_byte = assume_byte;
- if(typeid(T) == typeid(int)) {
- _l.type_id = csp_saver_entry_int;
- } else if(typeid(T) == typeid(pair_t)) {
- _l.type_id = csp_saver_entry_pair;
- } else if(typeid(T) == typeid(float)) {
- _l.type_id = csp_saver_entry_float;
- } else if(typeid(T) == typeid(double)) {
- _l.type_id = csp_saver_entry_double;
- } else if(typeid(T) == typeid(long double)) {
- _l.type_id = csp_saver_entry_long_double;
- } else if(typeid(T) == typeid(int8_t)) {
- _l.type_id = csp_saver_entry_int8;
- } else if(typeid(T) == typeid(uint8_t)) {
- _l.type_id = csp_saver_entry_uint8;
- } else if(typeid(T) == typeid(int16_t)) {
- _l.type_id = csp_saver_entry_int16;
- } else if(typeid(T) == typeid(uint16_t)) {
- _l.type_id = csp_saver_entry_uint16;
- } else if(typeid(T) == typeid(int32_t)) {
- _l.type_id = csp_saver_entry_int32;
- } else if(typeid(T) == typeid(uint32_t)) {
- _l.type_id = csp_saver_entry_uint32;
- } else if(typeid(T) == typeid(int64_t)) {
- _l.type_id = csp_saver_entry_int64;
- } else if(typeid(T) == typeid(uint64_t)) {
- _l.type_id = csp_saver_entry_uint64;
- } else if(typeid(T) == typeid(bool)) {
- _l.type_id = csp_saver_entry_bool;
- }
_l.type_id = _l.type_id | csp_saver_entry_vararray;
+ _l.use_is_null = false;
+ _l._null_atomlen = 1;
+ _l._null_type_id = csp_saver_entry_any;
+ _l.is_null_value.u = 0;
+
+ _l.not_null_value.u = 0;
+ _l.recv_ptr.u = 0;
out_debug_log("ADD ENTRY(VARARRAY): NAME=%s TYPE=%s atomlen=%d linked len=%08x", __name, typeid(T).name(), _l.atomlen, datalen);
listptr.push_back(_l);
};
state_entry->add_entry_cur_time_t((const _TCHAR *)_T(#_n_name), &_n_name, __len, __n); \
}
+// WIP: DECL_STATE_ENTRY_IS_NULL* is weird.
+#if 0
+#define DECL_STATE_ENTRY_IS_NULL(__chk_name, __recv_name, __at_not_null, __at_null) { \
+ state_entry->add_entry_is_null((const _TCHAR *)_T(#__recv_name), &__chk_name, &__recv_name, &__at_not_null, &__at_null); \
+ }
+#define DECL_STATE_ENTRY_IS_NULL_CONST(__chk_name, __recv_name, __at_not_null, __at_null) { \
+ state_entry->add_entry_is_null_const((const _TCHAR *)_T(#__recv_name), &__chk_name, &__recv_name, &__at_not_null, __at_null); \
+ }
+
+#define DECL_STATE_ENTRY_NOT_NULL_CONST(__chk_name, __recv_name, __at_not_null, __at_null) { \
+ state_entry->add_entry_not_null_const((const _TCHAR *)_T(#__recv_name), &__chk_name, &__recv_name, _at_not_null, &__at_null); \
+ }
+
+#define DECL_STATE_ENTRY_IS_NULL_BOTH_CONST(__chk_name, __recv_name, __at_not_null, __at_null) { \
+ state_entry->add_entry_is_null_both_const((const _TCHAR *)_T(#__recv_name), &__chk_name, &__recv_name, __at_not_null, __at_null; \
+ }
+
+#define DECL_STATE_ENTRY_IS_NULL_MEMBER(__chk_name, __recv_name, __at_not_null, __at_null, __num) { \
+ state_entry->add_entry_is_null((const _TCHAR *)_T(#__recv_name), &__chk_name, &__recv_name, &__at_not_null, &__at_null, __num); \
+ }
+#define DECL_STATE_ENTRY_IS_NULL_CONST_MEMBER(__chk_name, __recv_name, __at_not_null, __at_null, __num) { \
+ state_entry->add_entry_is_null_const((const _TCHAR *)_T(#__recv_name), &__chk_name, &__recv_name, &__at_not_null, __at_null, __num); \
+ }
+
+#define DECL_STATE_ENTRY_NOT_NULL_CONST_MEMBER(__chk_name, __recv_name, __at_not_null, __at_null, __num) { \
+ state_entry->add_entry_not_null_const((const _TCHAR *)_T(#__recv_name), &__chk_name, &__recv_name, __at_not_null, &__at_null, __num); \
+ }
+
+#define DECL_STATE_ENTRY_IS_NULL_BOTH_CONST_MEMBER(__chk_name, __recv_name, __at_not_null, __at_null, __num) { \
+ state_entry->add_entry_is_null_both_const((const _TCHAR *)_T(#__recv_name), &__chk_name, &__recv_name, __at_not_null, __at_null, __num); \
+ }
+#endif
#endif /* _CSP_STATE_SUB_H */
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