JNIEXPORT void JNICALL Java_ism_monagent_EMListener_delete_1message_1queue
(JNIEnv *env, jobject obj)
{
TRACE("delete_message_queue()");
delete_message_queue();
}
int
switch_event_disconnected( struct switch_info *sw_info ) {
int old_state = sw_info->state;
if ( sw_info->state == SWITCH_STATE_DISCONNECTED ||
sw_info->state == SWITCH_STATE_CONNECTION_FAILED ) {
debug( "already disconnected" );
return -1;
}
if ( sw_info->state == SWITCH_STATE_COMPLETED ) {
sw_info->state = SWITCH_STATE_DISCONNECTED;
}
else {
sw_info->state = SWITCH_STATE_CONNECTION_FAILED;
}
if ( old_state == SWITCH_STATE_COMPLETED ) {
switch_unset_timeout( echo_reply_timeout, NULL );
}
if ( sw_info->fragment_buf != NULL ) {
free_buffer( sw_info->fragment_buf );
sw_info->fragment_buf = NULL;
}
if ( sw_info->send_queue != NULL ) {
delete_message_queue( sw_info->send_queue );
sw_info->send_queue = NULL;
}
if ( sw_info->recv_queue != NULL ) {
delete_message_queue( sw_info->recv_queue );
sw_info->recv_queue = NULL;
}
if ( sw_info->secure_channel_fd >= 0 ) {
set_readable( switch_info.secure_channel_fd, false );
set_writable( switch_info.secure_channel_fd, false );
delete_fd_handler( switch_info.secure_channel_fd );
}
uint8_t state = MESSENGER_OPENFLOW_DISCONNECTED;
if ( sw_info->state == SWITCH_STATE_CONNECTION_FAILED ) {
state = MESSENGER_OPENFLOW_FAILD_TO_CONNECT;
}
debug( "Notify switch_disconnected to switch manager." );
char switch_manager[] = SWITCH_MANAGER;
list_element switch_manager_only_list;
switch_manager_only_list.next = NULL;
switch_manager_only_list.data = switch_manager;
service_send_to_application( &switch_manager_only_list, state, &sw_info->datapath_id, NULL );
// Check switch_manager registration
debug( "Checking switch manager's switch list." );
sw_info->retry_count = UNREGISTRATION_RETRY_COUNT;
set_list_switches_reply_handler( confirm_self_dpid_is_unregistered );
if ( send_list_switches_request( sw_info ) ) {
switch_set_timeout( UNREGISTRATION_TIMEOUT, unregistration_timeout, sw_info );
}
else {
error( "Failed to send switch list request to switch manager." );
stop_switch();
}
return 0;
}
int
main(int argc, char **argv)
{
/*****************test 1********************************/
message_queue *tmp_queue;
if((tmp_queue = create_message_queue()) == NULL)
{
printf("create queue error!\n");
return -1;
}
int i = 1;
buffer *tmp_buf;
char *tmp_char;
tmp_char = *sample_string;
while( tmp_char != NULL )
{
tmp_buf = alloc_buffer_with_length(10);
strcpy(tmp_buf->data, tmp_char);
printf("the insert is %s, and %d\n",(char*)tmp_buf->data,sizeof(*(tmp_buf->data)));
enqueue_message(tmp_queue, tmp_buf);
tmp_char = sample_string[i];
if(tmp_char == NULL)
break;
i++;
}
int len;
buffer *out;
for( len = tmp_queue->length; len > 0; len-- )
{
out = dequeue_message(tmp_queue);
if(out->data == NULL)
break;
printf("%s\n", out->data);
free_buffer(out);
}
delete_message_queue(tmp_queue);
/*****************test 2********************************/
message_queue *tmp_queue_;
if((tmp_queue_ = create_message_queue()) == NULL)
{
printf("create queue error!\n");
return -1;
}
int j = 1;
buffer *tmp_buf_;
char *tmp_char_;
tmp_char_ = *sample_string;
while( tmp_char_ != NULL )
{
tmp_buf_ = alloc_buffer_with_length(10);
strcpy(tmp_buf_->data, tmp_char_);
printf("the insert is %s, and %d\n",(char*)tmp_buf_->data,sizeof(*(tmp_buf_->data)));
enqueue_message(tmp_queue_, tmp_buf_);
tmp_char_ = sample_string[j];
if(tmp_char_ == NULL)
break;
j++;
}
delete_message_queue(tmp_queue_);
/*****************end of test********************************/
return 0;
}
static void
test_delete_message_queue_if_queue_is_not_created() {
message_queue *queue = NULL;
expect_assert_failure( delete_message_queue( queue ) );
}