foreach_alt_odb(refs_from_alternate_cb, insert_one_alternate_ref);
}
+#define INITIAL_FLUSH 16
+#define LARGE_FLUSH 1024
+
+static int next_flush(int count)
+{
+ if (count < INITIAL_FLUSH * 2)
+ count += INITIAL_FLUSH;
+ else if (count < LARGE_FLUSH)
+ count <<= 1;
+ else
+ count += LARGE_FLUSH;
+ return count;
+}
+
static int find_common(int fd[2], unsigned char *result_sha1,
struct ref *refs)
{
int fetching;
- int count = 0, flushes = 0, retval;
+ int count = 0, flushes = 0, flush_at = INITIAL_FLUSH, retval;
const unsigned char *sha1;
unsigned in_vain = 0;
int got_continue = 0;
if (args.verbose)
fprintf(stderr, "have %s\n", sha1_to_hex(sha1));
in_vain++;
- if (!(31 & ++count)) {
+ if (flush_at <= ++count) {
int ack;
packet_buf_flush(&req_buf);
send_request(fd[1], &req_buf);
strbuf_setlen(&req_buf, state_len);
flushes++;
+ flush_at = next_flush(count);
/*
* We keep one window "ahead" of the other side, and
* will wait for an ACK only on the next one
*/
- if (!args.stateless_rpc && count == 32)
+ if (!args.stateless_rpc && count == INITIAL_FLUSH)
continue;
consume_shallow_list(fd[0]);
retval = 0;
in_vain = 0;
got_continue = 1;
+ if (ack == ACK_ready)
+ rev_list = NULL;
break;
}
}