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#ifndef SIEVE_STRINGLIST_H
#define SIEVE_STRINGLIST_H
/*
* Stringlist API
*/
struct sieve_stringlist {
int (*next_item)
(struct sieve_stringlist *strlist, string_t **str_r);
void (*reset)
(struct sieve_stringlist *strlist);
int (*get_length)
(struct sieve_stringlist *strlist);
int (*read_all)
(struct sieve_stringlist *strlist, pool_t pool,
const char * const **list_r);
void (*set_trace)
(struct sieve_stringlist *strlist, bool trace);
const struct sieve_runtime_env *runenv;
int exec_status;
bool trace:1;
};
static inline void sieve_stringlist_set_trace
(struct sieve_stringlist *strlist, bool trace)
{
strlist->trace = trace;
if ( strlist->set_trace != NULL )
strlist->set_trace(strlist, trace);
}
static inline int sieve_stringlist_next_item
(struct sieve_stringlist *strlist, string_t **str_r)
{
return strlist->next_item(strlist, str_r);
}
static inline void sieve_stringlist_reset
(struct sieve_stringlist *strlist)
{
strlist->reset(strlist);
}
int sieve_stringlist_get_length
(struct sieve_stringlist *strlist);
int sieve_stringlist_read_all
(struct sieve_stringlist *strlist, pool_t pool,
const char * const **list_r);
/*
* Single Stringlist
*/
struct sieve_stringlist *sieve_single_stringlist_create
(const struct sieve_runtime_env *renv, string_t *str, bool count_empty);
struct sieve_stringlist *sieve_single_stringlist_create_cstr
(const struct sieve_runtime_env *renv, const char *cstr, bool count_empty);
/*
* Index Stringlist
*/
struct sieve_stringlist *sieve_index_stringlist_create
(const struct sieve_runtime_env *renv, struct sieve_stringlist *source,
int index);
#endif
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