return ret;
}
+/*
+ * Return TRUE if any channel has readahead. That means we should not block on
+ * waiting for input.
+ */
+ int
+channel_any_readahead(void)
+{
+ channel_T *channel = first_channel;
+ ch_part_T part = PART_SOCK;
+
+ while (channel != NULL)
+ {
+ if (channel_has_readahead(channel, part))
+ return TRUE;
+ if (part < PART_ERR)
+ ++part;
+ else
+ {
+ channel = channel->ch_next;
+ part = PART_SOCK;
+ }
+ }
+ return FALSE;
+}
+
/*
* Mark references to lists used in channels.
*/
}
#endif
-#ifdef ELAPSED_TIMEVAL /* proto is defined in vim.h */
+#ifdef ELAPSED_TIMEVAL /* no PROTO here, proto is defined in vim.h */
/*
* Return time in msec since "start_tv".
*/
{
DWORD now = GetTickCount();
- if (now < start_tick)
- /* overflow */
- return (long)now;
return (long)now - (long)start_tick;
}
#endif
/* Checking if a job ended requires polling. Do this every 100 msec. */
if (has_pending_job() && (wait_time < 0 || wait_time > 100L))
wait_time = 100L;
+ /* If there is readahead then parse_queued_messages() timed out and we
+ * should call it again soon. */
+ if ((wait_time < 0 || wait_time > 100L) && channel_any_readahead())
+ wait_time = 10L;
#endif
/*
DWORD dwWaitTime = dwEndTime - dwNow;
#ifdef FEAT_JOB_CHANNEL
- /* Check channel while waiting input. */
+ /* Check channel while waiting for input. */
if (dwWaitTime > 100)
+ {
dwWaitTime = 100;
+ /* If there is readahead then parse_queued_messages() timed out
+ * and we should call it again soon. */
+ if (channel_any_readahead())
+ dwWaitTime = 10;
+ }
#endif
#ifdef FEAT_MZSCHEME
if (mzthreads_allowed() && p_mzq > 0
int channel_select_setup(int maxfd_in, void *rfds_in, void *wfds_in);
int channel_select_check(int ret_in, void *rfds_in, void *wfds_in);
int channel_parse_messages(void);
+int channel_any_readahead(void);
int set_ref_in_channel(int copyID);
ch_part_T channel_part_send(channel_T *channel);
ch_part_T channel_part_read(channel_T *channel);
static int included_patches[] =
{ /* Add new patch number below this line */
+/**/
+ 103,
/**/
102,
/**/