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tcp, tcp_splice: Remove redundant handling from tcp_timer()
tcp_timer() scans the connection table, expiring "tap" connections and calling tcp_splice_timer() for "splice" connections. tcp_splice_timer() expires spliced connections and then does some other processing. However, tcp_timer() is always called shortly after tcp_defer_handler() (from post_handler()), which also scans the flow table expiring both tap and spliced connections. So remove the redundant handling, and only do the extra tcp_splice_timer() work from tcp_timer(). Signed-off-by: David Gibson <david@gibson.dropbear.id.au> Signed-off-by: Stefano Brivio <sbrivio@redhat.com>
This commit is contained in:
parent
8563e7c870
commit
eebca1115f
15
tcp.c
15
tcp.c
@ -3201,20 +3201,9 @@ void tcp_timer(struct ctx *c, const struct timespec *now)
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}
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}
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for (flow = flowtab + c->flow_count - 1; flow >= flowtab; flow--) {
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switch (flow->f.type) {
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case FLOW_TCP:
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if (flow->tcp.events == CLOSED)
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tcp_conn_destroy(c, flow);
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break;
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case FLOW_TCP_SPLICE:
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for (flow = flowtab + c->flow_count - 1; flow >= flowtab; flow--)
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if (flow->f.type == FLOW_TCP_SPLICE)
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tcp_splice_timer(c, flow);
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break;
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default:
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die("Unexpected %s in tcp_timer()",
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FLOW_TYPE(&flow->f));
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}
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}
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tcp_sock_refill_init(c);
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if (c->mode == MODE_PASTA)
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@ -159,7 +159,7 @@ void tcp_tap_conn_update(const struct ctx *c, struct tcp_tap_conn *old,
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struct tcp_tap_conn *new);
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void tcp_splice_conn_update(const struct ctx *c, struct tcp_splice_conn *new);
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void tcp_splice_destroy(struct ctx *c, union flow *flow);
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void tcp_splice_timer(struct ctx *c, union flow *flow);
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void tcp_splice_timer(const struct ctx *c, union flow *flow);
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int tcp_conn_pool_sock(int pool[]);
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int tcp_conn_new_sock(const struct ctx *c, sa_family_t af);
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void tcp_sock_refill_pool(const struct ctx *c, int pool[], int af);
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@ -755,15 +755,12 @@ void tcp_splice_init(struct ctx *c)
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* @c: Execution context
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* @flow: Flow table entry
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*/
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void tcp_splice_timer(struct ctx *c, union flow *flow)
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void tcp_splice_timer(const struct ctx *c, union flow *flow)
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{
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struct tcp_splice_conn *conn = &flow->tcp_splice;
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int side;
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if (conn->flags & CLOSING) {
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tcp_splice_destroy(c, flow);
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return;
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}
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ASSERT(!(conn->flags & CLOSING));
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for (side = 0; side < SIDES; side++) {
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uint8_t set = side == 0 ? RCVLOWAT_SET_0 : RCVLOWAT_SET_1;
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