/**
* Describes the layout of the mmapped-afs info struct.
*
- * \sa struct afs_info.
+ * \sa struct \ref afs_info.
*/
enum afsi_offsets {
/** Where .last_played is stored. */
* \param afsi Pointer to the audio file info to be converted.
* \param obj Result pointer.
*
- * \sa load_afsi().
+ * \sa \ref load_afsi().
*/
static void save_afsi(struct afs_info *afsi, struct osl_object *obj)
{
*
* \return Standard.
*
- * \sa save_afsi().
+ * \sa \ref save_afsi().
*/
static int load_afsi(struct afs_info *afsi, struct osl_object *obj)
{
write_u32(buf + CHUNK_TV_TV_SEC_OFFSET, afhi->chunk_tv.tv_sec);
write_u32(buf + CHUNK_TV_TV_USEC_OFFSET, afhi->chunk_tv.tv_usec);
p = buf + AFHI_INFO_STRING_OFFSET;
- /* The sprintf's below are OK as our caller made sure that buf is large enough */
+ /*
+ * The below sprintf(3) calls are OK because our caller already made
+ * sure that buf is large enough.
+ */
p += sprintf(p, "%s", afhi->techinfo) + 1;
p += sprintf(p, "%s", afhi->tags.artist) + 1;
p += sprintf(p, "%s", afhi->tags.title) + 1;
sprintf(p, "%s", afhi->tags.comment);
}
+/* does not load the chunk table */
static void load_afhi(const char *buf, struct afh_info *afhi)
{
afhi->seconds_total = read_u32(buf + AFHI_SECONDS_TOTAL_OFFSET);
* \param row Pointer to a row in the audio file table.
* \param path Result pointer.
*
- * The result is a pointer to mmapped data. The caller must not attempt
+ * The result is a pointer to memory-mapped data. The caller must not attempt
* to free it.
*
* \return Standard.
*
* \return The return value of the underlying call to osl_get_object().
*
- * \sa get_hash_of_row().
+ * \sa \ref get_hash_of_row().
*/
static int get_hash_object_of_aft_row(const struct osl_row *row,
struct osl_object *obj)
* \param afhi Result pointer.
*
* \return The return value of the underlying call to osl_get_object().
- *
- * \sa get_chunk_table_of_row().
+ *
+ * After the call the members of the afhi structure point to mapped memory
+ * which is owned by the osl table, Hence the caller must not attempt to free
+ * this memory by calling \ref clear_afhi().
*/
int get_afhi_of_row(const struct osl_row *row, struct afh_info *afhi)
{
}
EXPORT_SERVER_CMD_HANDLER(add);
- /**
- * Flags used by the touch command.
- *
- * \sa com_touch().
- */
+ /** Flags used by the touch command. */
enum touch_flags {
/** Whether the \p FNM_PATHNAME flag should be passed to fnmatch(). */
TOUCH_FLAG_FNM_PATHNAME = 1,
* \param aca Only ->pbout is used for diagnostics.
*
* \return Standard. Inconsistencies are reported but not regarded as an error.
- *
- * \sa com_check().
*/
int aft_check_callback(struct afs_callback_arg *aca)
{
*
* \param flags Usual flags that are passed to osl_close_table().
*
- * \sa osl_close_table().
+ * \sa \ref osl_close_table().
*/
static void aft_close(void)
{
*
* \return Standard.
*
- * \sa osl_open_table().
+ * \sa \ref osl_open_table().
*/
static int aft_open(const char *dir)
{
struct list_head mood_item_node;
};
- /**
- * Created from the mood definition by mood_open().
+ /*
+ * Created from the mood definition by \ref change_current_mood().
*
* When a mood is opened, each line of its definition is investigated, and a
- * corresponding mood item is produced. Each mood line starts with \p accept,
- * \p deny, or \p score which determines the type of the mood line. For each
- * such type a linked list is maintained whose entries are the mood items.
- *
- * \sa mood_item, mood_open().
+ * corresponding mood item is produced. Each mood line starts with accept,
+ * deny, or score which determines the type of the mood line. For each such
+ * type a linked list is maintained whose entries are the mood items.
*/
struct mood {
/** The name of this mood. */
/*
* If current_mood is NULL then no mood is currently open. If
- * current_mood->name is NULL, the dummy mood is currently open
+ * current_mood->name is NULL, the dummy mood is currently open.
*/
static struct mood *current_mood;
}
/* returns 1 if row admissible, 0 if not, negative on errors */
-static int compute_mood_score(const struct osl_row *aft_row, struct mood *m,
- long *result)
+static int row_is_admissible(const struct osl_row *aft_row, struct mood *m,
+ long *scorep)
{
struct mood_item *item;
int ret;
if (!m)
return -E_NO_MOOD;
ret = get_afsi_of_row(aft_row, &afsi);
- if (ret< 0)
+ if (ret < 0)
return ret;
ret = get_afhi_of_row(aft_row, &afhi);
- if (ret< 0)
+ if (ret < 0)
return ret;
ret = get_audio_file_path_of_row(aft_row, &path);
- if (ret< 0)
+ if (ret < 0)
return ret;
/* reject audio file if it matches any entry in the deny list */
list_for_each_entry(item, &m->deny_list, mood_item_node) {
}
if (score_arg_sum)
score /= score_arg_sum;
- *result = score;
+ *scorep = score;
return 1;
}
* <score> is either an integer or "random" which assigns a random score to
* all matching files
*/
-
static int parse_mood_line(char *mood_line, void *data)
{
struct mood_line_parser_data *mlpd = data;
return 1;
}
- /**
- * Structure used during mood_open().
- *
+ /*
* At mood open time we determine the set of admissible files for the given
* mood. The mood score of each admissible file is computed by adding up all
* mood item scores. Next, we update the afs statistics and append a struct
* the afs_statistics and the current time) to the mood score. Finally, all
* audio files in the temporary array are added to the score table and the
* array is freed.
- *
- * \sa mood_method, admissible_array.
*/
struct admissible_file_info
{
int ret;
long score = 0;
- ret = compute_mood_score(aft_row, aa->m, &score);
+ ret = row_is_admissible(aft_row, aa->m, &score);
if (ret <= 0)
return ret;
if (statistics.num >= aa->size) {
return old_qd + delta * (sigma - 2 * old_sum / n - delta / n);
}
-static int update_afs_statistics(struct afs_info *old_afsi, struct afs_info *new_afsi)
+static int update_afs_statistics(struct afs_info *old_afsi,
+ struct afs_info *new_afsi)
{
unsigned n;
int ret = get_num_admissible_files(&n);
*
* \return Positive on success, negative on errors.
*
- * \sa score_delete().
+ * \sa \ref score_delete().
*/
static int mood_delete_audio_file(const struct osl_row *aft_row)
{
if (ret < 0)
return ret;
was_admissible = ret;
- ret = compute_mood_score(aft_row, current_mood, &score);
+ ret = row_is_admissible(aft_row, current_mood, &score);
if (ret < 0)
return ret;
is_admissible = (ret > 0);
/**
* Close the current mood.
*
- * Free all resources of the current mood which were allocated during
- * mood_open().
+ * Frees all resources of the current mood.
*/
void close_current_mood(void)
{
* \return Positive on success, negative on errors. Loading the dummy mood
* always succeeds.
*
- * \sa struct admissible_file_info, struct admissible_array, struct
- * afs_info::last_played, mood_close().
+ * \sa struct \ref afs_info::last_played.
*/
int change_current_mood(const char *mood_name)
{
free(aa.array);
return ret;
}
- /**
+
+ /*
* Close and re-open the current mood.
*
- * This function is used if changes to the audio file table or the
- * attribute table were made that render the current list of admissible
- * files useless. For example, if an attribute is removed from the
- * attribute table, this function is called.
- *
- * \return Positive on success, negative on errors. If no mood is currently
- * open, the function returns success.
+ * This function is called on events which render the current list of
+ * admissible files useless, for example if an attribute is removed from the
+ * attribute table.
*
- * \sa mood_open(), mood_close().
+ * If no mood is currently open, the function returns success.
*/
static int reload_current_mood(void)
{
#include <regex.h>
#include <signal.h>
-#include <inttypes.h>
#include <lopsub.h>
#include "recv_cmd.lsg.h"
struct filter_node fn;
struct writer_node wn;
- /* See comment to enum state_change_request_type above */
+ /* See comment to enum \ref state_change_request_type above. */
enum state_change_request_type rq;
/* only relevant if rq == CRT_FILE_CHANGE */
unsigned next_file;
char *afhi_txt;
};
-typedef int (*play_cmd_handler_t)(struct play_task *pt,
- struct lls_parse_result *lpr);
+typedef int (*play_cmd_handler_t)(struct lls_parse_result *lpr);
struct play_command_info {
play_cmd_handler_t handler;
};
char *stat_item_values[NUM_STAT_ITEMS] = {NULL};
static struct sched sched = {.max_fileno = 0};
-static struct play_task play_task;
+static struct play_task play_task, *pt = &play_task;
#define AFH_RECV_CMD (lls_cmd(LSG_RECV_CMD_CMD_AFH, recv_cmd_suite))
#define AFH_RECV ((struct receiver *)lls_user_data(AFH_RECV_CMD))
exit(EXIT_FAILURE);
}
-static char get_playback_state(struct play_task *pt)
+static char get_playback_state(void)
{
switch (pt->rq) {
case CRT_NONE: return pt->playing? 'P' : 'U';
assert(false);
};
-static long unsigned get_play_time(struct play_task *pt)
+static long unsigned get_play_time(void)
{
- char state = get_playback_state(pt);
+ char state = get_playback_state();
long unsigned result;
if (state != 'P' && state != 'U')
}
-static void wipe_receiver_node(struct play_task *pt)
+static void wipe_receiver_node(void)
{
PARA_NOTICE_LOG("cleaning up receiver node\n");
btr_remove_node(&pt->rn.btrn);
}
/* returns: 0 not eof, 1: eof, < 0: fatal error. */
-static int get_playback_error(struct play_task *pt)
+static int get_playback_error(void)
{
int err;
return err;
}
-static int eof_cleanup(struct play_task *pt)
+static int eof_cleanup(void)
{
const struct filter *decoder;
const struct writer *w = writer_get(-1); /* default writer */
int ret;
- ret = get_playback_error(pt);
+ ret = get_playback_error();
if (ret == 0)
return ret;
PARA_NOTICE_LOG("cleaning up wn/fn nodes\n");
* paused.
*/
if (ret < 0)
- wipe_receiver_node(pt);
+ wipe_receiver_node();
return ret;
}
.handler = AFH_RECV->execute));
}
-static int open_new_file(struct play_task *pt)
+static int open_new_file(void)
{
int ret;
const char *path = get_playlist_file(pt->next_file);
char *argv[] = {"play", "-f", tmp, "-b", "0", NULL};
PARA_NOTICE_LOG("next file: %s\n", path);
- wipe_receiver_node(pt);
+ wipe_receiver_node();
pt->start_chunk = 0;
pt->rn.btrn = new_recv_btrn(&pt->rn);
ret = lls(lls_parse(ARRAY_SIZE(argv) - 1, argv, AFH_RECV_CMD,
}
return 1;
fail:
- wipe_receiver_node(pt);
+ wipe_receiver_node();
return ret;
}
-static int load_file(struct play_task *pt)
+static int load_file(void)
{
const char *af;
char *tmp, buf[20];
btr_remove_node(&pt->rn.btrn);
if (!pt->rn.receiver || pt->next_file != pt->current_file) {
- ret = open_new_file(pt);
+ ret = open_new_file();
if (ret < 0)
return ret;
} else {
register_writer_node(&pt->wn, pt->fn.btrn, &sched);
return 1;
fail:
- wipe_receiver_node(pt);
+ wipe_receiver_node();
return ret;
}
-static int next_valid_file(struct play_task *pt)
+static int next_valid_file(void)
{
int i, j = pt->current_file;
unsigned num_inputs = lls_num_inputs(play_lpr);
return -E_NO_VALID_FILES;
}
-static int load_next_file(struct play_task *pt)
+static int load_next_file(void)
{
int ret;
again:
if (pt->rq == CRT_NONE) {
pt->start_chunk = 0;
- ret = next_valid_file(pt);
+ ret = next_valid_file();
if (ret < 0)
return ret;
pt->next_file = ret;
} else if (pt->rq == CRT_REPOS)
pt->next_file = pt->current_file;
- ret = load_file(pt);
+ ret = load_file();
if (ret < 0) {
PARA_ERROR_LOG("%s: marking file as invalid\n",
para_strerror(-ret));
return ret;
}
-static void kill_stream(struct play_task *pt)
+static void kill_stream(void)
{
if (pt->wn.task)
task_notify(pt->wn.task, E_EOF);
#ifdef HAVE_READLINE
/* only called from com_prev(), nec. only if we have readline */
-static int previous_valid_file(struct play_task *pt)
+static int previous_valid_file(void)
{
int i, j = pt->current_file;
unsigned num_inputs = lls_num_inputs(play_lpr);
{.name = NULL}
};
-static void attach_stdout(struct play_task *pt, const char *name)
+static void attach_stdout(const char *name)
{
if (pt->btrn)
return;
i9e_attach_to_stdout(pt->btrn);
}
-static void detach_stdout(struct play_task *pt)
+static void detach_stdout(void)
{
btr_remove_node(&pt->btrn);
}
-static int com_quit(struct play_task *pt,
- __a_unused struct lls_parse_result *lpr)
+static int com_quit(__a_unused struct lls_parse_result *lpr)
{
pt->rq = CRT_TERM_RQ;
return 0;
}
EXPORT_PLAY_CMD_HANDLER(quit);
-static int com_help(struct play_task *pt, struct lls_parse_result *lpr)
+static int com_help(struct lls_parse_result *lpr)
{
int i, ret;
char *buf, *errctx;
}
EXPORT_PLAY_CMD_HANDLER(help);
-static int com_info(struct play_task *pt,
- __a_unused struct lls_parse_result *lpr)
+static int com_info(__a_unused struct lls_parse_result *lpr)
{
char *buf;
size_t sz;
}
EXPORT_PLAY_CMD_HANDLER(info);
-static void list_file(struct play_task *pt, int num)
+static void list_file(int num)
{
char *buf;
size_t sz;
btr_add_output(buf, sz, pt->btrn);
}
-static int com_tasks(struct play_task *pt,
- __a_unused struct lls_parse_result *lpr)
+static int com_tasks(__a_unused struct lls_parse_result *lpr)
{
static char state;
char *buf;
buf = get_task_list(&sched);
btr_add_output(buf, strlen(buf), pt->btrn);
- state = get_playback_state(pt);
+ state = get_playback_state();
sz = xasprintf(&buf, "state: %c\n", state);
btr_add_output(buf, sz, pt->btrn);
return 0;
}
EXPORT_PLAY_CMD_HANDLER(tasks);
-static int com_ls(struct play_task *pt,
- __a_unused struct lls_parse_result *lpr)
+static int com_ls(__a_unused struct lls_parse_result *lpr)
{
int i;
unsigned num_inputs = lls_num_inputs(play_lpr);
for (i = 0; i < num_inputs; i++)
- list_file(pt, i);
+ list_file(i);
return 0;
}
EXPORT_PLAY_CMD_HANDLER(ls);
-static int com_play(struct play_task *pt, struct lls_parse_result *lpr)
+static int com_play(struct lls_parse_result *lpr)
{
int32_t x;
int ret;
free(errctx);
return ret;
}
- state = get_playback_state(pt);
+ state = get_playback_state();
if (lls_num_inputs(lpr) == 0) {
if (state == 'P')
return 0;
return ret;
if (x < 0 || x >= lls_num_inputs(play_lpr))
return -ERRNO_TO_PARA_ERROR(EINVAL);
- kill_stream(pt);
+ kill_stream();
pt->next_file = x;
pt->rq = CRT_FILE_CHANGE;
return 0;
}
EXPORT_PLAY_CMD_HANDLER(play);
-static int com_pause(struct play_task *pt,
- __a_unused struct lls_parse_result *lpr)
+static int com_pause(__a_unused struct lls_parse_result *lpr)
{
char state;
long unsigned seconds, ss;
- state = get_playback_state(pt);
+ state = get_playback_state();
pt->playing = false;
if (state != 'P')
return 0;
- seconds = get_play_time(pt);
+ seconds = get_play_time();
pt->playing = false;
ss = 0;
if (pt->seconds > 0)
ss = PARA_MAX(ss, 0UL);
ss = PARA_MIN(ss, pt->num_chunks);
pt->start_chunk = ss;
- kill_stream(pt);
+ kill_stream();
return 0;
}
EXPORT_PLAY_CMD_HANDLER(pause);
-static int com_prev(struct play_task *pt,
- __a_unused struct lls_parse_result *lpr)
+static int com_prev(__a_unused struct lls_parse_result *lpr)
{
int ret;
- ret = previous_valid_file(pt);
+ ret = previous_valid_file();
if (ret < 0)
return ret;
- kill_stream(pt);
+ kill_stream();
pt->next_file = ret;
pt->rq = CRT_FILE_CHANGE;
pt->start_chunk = 0;
}
EXPORT_PLAY_CMD_HANDLER(prev);
-static int com_next(struct play_task *pt,
- __a_unused struct lls_parse_result *lpr)
+static int com_next(__a_unused struct lls_parse_result *lpr)
{
int ret;
- ret = next_valid_file(pt);
+ ret = next_valid_file();
if (ret < 0)
return ret;
- kill_stream(pt);
+ kill_stream();
pt->next_file = ret;
pt->rq = CRT_FILE_CHANGE;
pt->start_chunk = 0;
}
EXPORT_PLAY_CMD_HANDLER(next);
-static int com_fg(struct play_task *pt,
- __a_unused struct lls_parse_result *lpr)
+static int com_fg(__a_unused struct lls_parse_result *lpr)
{
pt->background = false;
return 0;
}
EXPORT_PLAY_CMD_HANDLER(fg);
-static int com_bg(struct play_task *pt,
- __a_unused struct lls_parse_result *lpr)
+static int com_bg(__a_unused struct lls_parse_result *lpr)
{
pt->background = true;
return 0;
}
EXPORT_PLAY_CMD_HANDLER(bg);
-static int com_jmp(struct play_task *pt, struct lls_parse_result *lpr)
+static int com_jmp(struct lls_parse_result *lpr)
{
int32_t percent;
int ret;
if (percent < 0 || percent > 100)
return -ERRNO_TO_PARA_ERROR(EINVAL);
if (percent == 100)
- return com_next(pt, NULL);
+ return com_next(NULL);
if (pt->playing && !pt->fn.btrn)
return 0;
pt->start_chunk = percent * pt->num_chunks / 100;
if (!pt->playing)
return 0;
pt->rq = CRT_REPOS;
- kill_stream(pt);
+ kill_stream();
return 0;
}
EXPORT_PLAY_CMD_HANDLER(jmp);
-static int com_ff(struct play_task *pt, struct lls_parse_result *lpr)
+static int com_ff(struct lls_parse_result *lpr)
{
int32_t seconds;
char *errctx;
return ret;
if (pt->playing && !pt->fn.btrn)
return 0;
- seconds += get_play_time(pt);
+ seconds += get_play_time();
seconds = PARA_MIN(seconds, (typeof(seconds))pt->seconds - 4);
seconds = PARA_MAX(seconds, 0);
pt->start_chunk = pt->num_chunks * seconds / pt->seconds;
if (!pt->playing)
return 0;
pt->rq = CRT_REPOS;
- kill_stream(pt);
+ kill_stream();
return 0;
}
EXPORT_PLAY_CMD_HANDLER(ff);
-static int run_command(char *line, struct play_task *pt)
+static int run_command(char *line)
{
int ret, argc;
char **argv = NULL;
struct lls_parse_result *lpr;
const struct lls_command *cmd;
- attach_stdout(pt, __FUNCTION__);
+ attach_stdout(__FUNCTION__);
ret = create_argv(line, " ", &argv);
if (ret < 0)
goto out;
if (ret < 0)
goto out;
pci = lls_user_data(cmd);
- ret = pci->handler(pt, lpr);
+ ret = pci->handler(lpr);
lls_free_parse_result(lpr, cmd);
out:
if (errctx)
static int play_i9e_line_handler(char *line)
{
- return run_command(line, &play_task);
+ return run_command(line);
}
static int play_i9e_key_handler(int key)
{
- struct play_task *pt = &play_task;
int idx = get_key_map_idx(key);
char *seq = get_key_map_seq(key);
char *cmd = get_key_map_cmd(key);
PARA_NOTICE_LOG("pressed %d: %s key #%d (%s -> %s)\n",
key, internal? "internal" : "user-defined",
idx, seq, cmd);
- run_command(cmd, pt);
+ run_command(cmd);
free(seq);
free(cmd);
pt->next_update = *now;
static void sigint_handler(int sig)
{
- play_task.background = true;
+ pt->background = true;
i9e_signal_dispatch(sig);
}
* stderr. Once the i9e subsystem has been initialized, we switch to the i9e
* log facility.
*/
-static void session_open(struct play_task *pt)
+static void session_open(void)
{
int ret;
char *history_file;
exit(EXIT_FAILURE);
}
-static void session_update_time_string(struct play_task *pt, char *str, unsigned len)
+static void session_update_time_string(char *str, unsigned len)
{
if (pt->background)
return;
* terminates. Subsequent calls to i9e_get_error() then return negative and we
* are allowed to call i9e_close() and terminate as well.
*/
-static int session_post_select(__a_unused struct sched *s, struct play_task *pt)
+static int session_post_select(__a_unused struct sched *s)
{
int ret;
if (pt->background)
- detach_stdout(pt);
+ detach_stdout();
else
- attach_stdout(pt, __FUNCTION__);
+ attach_stdout(__FUNCTION__);
ret = i9e_get_error();
if (ret < 0) {
- kill_stream(pt);
+ kill_stream();
i9e_close();
para_log = stderr_log;
free(ici.history_file);
return ret;
}
- if (get_playback_state(pt) == 'X')
+ if (get_playback_state() == 'X')
i9e_signal_dispatch(SIGTERM);
return 0;
}
#else /* HAVE_READLINE */
-static int session_post_select(struct sched *s, struct play_task *pt)
+static int session_post_select(struct sched *s)
{
char c;
return 0;
if (read(STDIN_FILENO, &c, 1))
do_nothing;
- kill_stream(pt);
+ kill_stream();
return 1;
}
-static void session_open(__a_unused struct play_task *pt)
+static void session_open(void)
{
}
-static void session_update_time_string(__a_unused struct play_task *pt,
- char *str, __a_unused unsigned len)
+static void session_update_time_string(char *str, __a_unused unsigned len)
{
printf("\r%s ", str);
fflush(stdout);
}
#endif /* HAVE_READLINE */
-static void play_pre_select(struct sched *s, void *context)
+static void play_pre_select(struct sched *s, __a_unused void *context)
{
- struct play_task *pt = context;
char state;
para_fd_set(STDIN_FILENO, &s->rfds, &s->max_fileno);
- state = get_playback_state(pt);
+ state = get_playback_state();
if (state == 'R' || state == 'F' || state == 'X')
return sched_min_delay(s);
sched_request_barrier_or_min_delay(&pt->next_update, s);
}
-static unsigned get_time_string(struct play_task *pt, char **result)
+static unsigned get_time_string(char **result)
{
int seconds, length;
- char state = get_playback_state(pt);
+ char state = get_playback_state();
/* do not return anything if things are about to change */
if (state != 'P' && state != 'U') {
length = pt->seconds;
if (length == 0)
return xasprintf(result, "0:00 [0:00] (0%%/0:00)");
- seconds = get_play_time(pt);
+ seconds = get_play_time();
return xasprintf(result, "#%u: %d:%02d [%d:%02d] (%d%%/%d:%02d) %s",
pt->current_file,
seconds / 60,
);
}
-static int play_post_select(struct sched *s, void *context)
+static int play_post_select(struct sched *s, __a_unused void *context)
{
- struct play_task *pt = context;
int ret;
- ret = eof_cleanup(pt);
+ ret = eof_cleanup();
if (ret < 0) {
pt->rq = CRT_TERM_RQ;
return 0;
}
- ret = session_post_select(s, pt);
+ ret = session_post_select(s);
if (ret < 0)
goto out;
if (!pt->wn.btrn && !pt->fn.btrn) {
- char state = get_playback_state(pt);
+ char state = get_playback_state();
if (state == 'P' || state == 'R' || state == 'F') {
PARA_NOTICE_LOG("state: %c\n", state);
- ret = load_next_file(pt);
+ ret = load_next_file();
if (ret < 0) {
PARA_ERROR_LOG("%s\n", para_strerror(-ret));
pt->rq = CRT_TERM_RQ;
}
if (tv_diff(now, &pt->next_update, NULL) >= 0) {
char *str;
- unsigned len = get_time_string(pt, &str);
+ unsigned len = get_time_string(&str);
struct timeval delay = {.tv_sec = 0, .tv_usec = 100 * 1000};
if (str && len > 0)
- session_update_time_string(pt, str, len);
+ session_update_time_string(str, len);
free(str);
tv_add(now, &delay, &pt->next_update);
}
int main(int argc, char *argv[])
{
int ret;
- struct play_task *pt = &play_task;
unsigned num_inputs;
/* needed this early to make help work */
sched.default_timeout.tv_sec = 5;
parse_config_or_die(argc, argv);
AFH_RECV->init();
- session_open(pt);
+ session_open();
num_inputs = lls_num_inputs(play_lpr);
init_shuffle_map();
pt->invalid = para_calloc(sizeof(*pt->invalid) * num_inputs);
projects / paraslash.git / commitdiff