int sampgdk_timer_set(int interval,
bool repeat,
sampgdk_timer_callback callback,
void *param) {
struct _sampgdk_timer_info timer;
int slot;
int error;
int timerid;
assert(callback != NULL);
timer.is_set = true;
timer.interval = interval;
timer.repeat = repeat;
timer.callback = (void *)callback;
timer.param = param;
timer.started = _sampgdk_timer_now();
timer.plugin = sampgdk_plugin_get_handle((void *)callback);
if (timer.started == 0) {
return 0; /* error already logged */
}
slot = _sampgdk_timer_find_slot();
if (slot >= 0) {
sampgdk_array_set(&_sampgdk_timers, slot, &timer);
} else {
error = sampgdk_array_append(&_sampgdk_timers, &timer);
if (error < 0) {
sampgdk_log_error("Error setting timer: %s", strerror(-error));
return 0;
}
slot = _sampgdk_timers.count - 1;
}
/* Timer IDs returned by the SA:MP's SetTimer() API begin
* with 1, and so do they here.
*/
timerid = slot + 1;
sampgdk_log_debug("Created timer: ID = %d, interval = %d, repeat = %s",
timerid, interval, repeat ? "true" : "false");
return timerid;
}
void sampgdk_plugin_get_filename(void *address, char *filename, size_t size) {
HMODULE module = (HMODULE)sampgdk_plugin_get_handle(address);
assert(address != NULL);
assert(filename != NULL);
GetModuleFileName(module, filename, size);
}
SAMPGDK_API(void, sampgdk_Unload(void)) {
void *plugin = sampgdk_plugin_get_handle(RETURN_ADDRESS());
cleanup_plugin(plugin);
}
SAMPGDK_API(void, sampgdk_ProcessTick(void)) {
void *plugin = sampgdk_plugin_get_handle(RETURN_ADDRESS());
sampgdk_timer_process_timers(plugin);
}
SAMPGDK_API(bool, sampgdk_Load(void **ppData)) {
void *plugin = sampgdk_plugin_get_handle(RETURN_ADDRESS());
return init_plugin(plugin, ppData) >= 0;
}
