void
sxe_sync_ev_init(unsigned concurrency, void (*send_event)(void * sync, void * user_data))
{
unsigned short port;
SXEE82("sxe_sync_ev_init(concurrency=%u,send_event=%p)", concurrency, send_event);
sxe_sync_ev_pool = sxe_pool_new("http_sync_ev", concurrency, sizeof(SXE_SYNC_EV), 2);
sxe_sync_ev_sock = sxe_sync_ev_socket();
sxe_sync_generic_event = send_event;
sxe_sync_ev_addr.sin_family = AF_INET;
sxe_sync_ev_addr.sin_addr.s_addr = inet_addr("127.0.0.1");
for (port = 1025; ; port++) {
sxe_sync_ev_addr.sin_port = htons(port);
if (bind(sxe_sync_ev_sock, (struct sockaddr *)&sxe_sync_ev_addr, sizeof(sxe_sync_ev_addr)) >= 0) {
break;
}
SXEA12(port < USHRT_MAX, "Not able to bind any port between 1024 and %hu: %s", port, /* Coverage Exclusion - Assert */
sxe_socket_get_last_error_as_str());
} /* Coverage Exclusion - Not Reached */
SXEL81("Listening on port %hu", port);
ev_io_init(&sxe_sync_ev_io, sxe_sync_ev_read, _open_osfhandle(sxe_sync_ev_sock, 0), EV_READ);
ev_io_start(ev_default_loop(0), &sxe_sync_ev_io);
SXER80("return");
}
static void
test_pool_3_timeout(void * array, unsigned array_index, void * caller_info)
{
SXEE82("test_pool_3_timeout(array=%p,array_index=%u)", array, array_index);
SXE_UNUSED_PARAMETER(caller_info);
sxe_pool_set_indexed_element_state(array, array_index, 0, 1);
sxe_pool_set_indexed_element_state(array, array_index, 1, 0);
SXER80("return");
}
SXE_RETURN
sha1_from_hex(SOPHOS_SHA1 * sha1, const char * sha1_in_hex)
{
SXE_RETURN result;
SXEE82("sxe_sha1_from_hex(sha1=%p,sha1_in_hex='%s'", sha1, sha1_in_hex);
result = sxe_hex_to_bytes((unsigned char *)sha1, sha1_in_hex, SHA1_IN_HEX_LENGTH);
SXER81("return %s", sxe_return_to_string(result));
return result;
}
SXE_RETURN
md5_from_hex(SOPHOS_MD5 * md5, const char * md5_in_hex)
{
SXE_RETURN result;
SXEE82("(md5=%p,md5_in_hex='%s'", md5, md5_in_hex);
result = sxe_hex_to_bytes((unsigned char *)md5, md5_in_hex, MD5_IN_HEX_LENGTH);
SXER81("return %s", sxe_return_to_string(result));
return result;
}
void
sxe_ring_buffer_add(void * base, const char * buf, unsigned len)
{
unsigned available_space;
SXEE82("sxe_ring_buffer_add(buf=%p,len=%u)", buf, len);
SXEL92("Current: %p, Itteration: %u", SXE_RING_BUFFER_CURRENT, SXE_RING_BUFFER_ITERATION);
SXEA10(len <= SXE_RING_BUFFER_SIZE, "The item we're will fit in the whole array");
available_space = (SXE_RING_BUFFER_END - SXE_RING_BUFFER_CURRENT + 1);
SXEL91("There is %u space between the current pointer and the end of the array", available_space);
if (available_space >= len) { // Can we fit it on the end of the array?
SXEL92("Adding %u bytes at %p", len, SXE_RING_BUFFER_CURRENT);
memcpy(SXE_RING_BUFFER_CURRENT, buf, len);
SXE_RING_BUFFER_CURRENT = SXE_RING_BUFFER_CURRENT + len;
if (SXE_RING_BUFFER_CURRENT == (SXE_RING_BUFFER_END + 1)) {
SXEL90("Wrote to the last byte in the array, wrapping pointer");
SXE_RING_BUFFER_ITERATION++;
SXE_RING_BUFFER_CURRENT = SXE_RING_BUFFER_ARRAY_BASE;
SXE_RING_BUFFER_WRITEN_END = SXE_RING_BUFFER_END;
}
else {
if (SXE_RING_BUFFER_WRITEN_END < SXE_RING_BUFFER_CURRENT) {
SXE_RING_BUFFER_WRITEN_END = SXE_RING_BUFFER_CURRENT - 1;
}
}
}
else { // else we have to wrap around the ring
memcpy(SXE_RING_BUFFER_CURRENT, buf, available_space);
SXE_RING_BUFFER_WRITEN_END = SXE_RING_BUFFER_END;
SXE_RING_BUFFER_ITERATION++;
SXE_RING_BUFFER_CURRENT = SXE_RING_BUFFER_ARRAY_BASE;
memcpy(SXE_RING_BUFFER_CURRENT, buf + available_space, (len - available_space));
SXE_RING_BUFFER_CURRENT = SXE_RING_BUFFER_CURRENT + (len - available_space);
}
SXEL93("Current: %p, Writen End %p, Itteration: %u", SXE_RING_BUFFER_CURRENT, SXE_RING_BUFFER_WRITEN_END, SXE_RING_BUFFER_ITERATION);
SXER80("return");
}
static void
sxe_sync_ev_read(EV_P_ ev_io * io, int revents)
{
SXE_SYNC_EV * handle;
SXEE82("sxe_sync_ev_read(io=%p,revents=%d)", io, revents);
#if EV_MULTIPLICITY
SXE_UNUSED_ARGUMENT(loop);
#endif
SXE_UNUSED_ARGUMENT(io);
SXE_UNUSED_ARGUMENT(revents);
while(recvfrom(sxe_sync_ev_sock, &handle, sizeof(handle), 0, NULL, NULL) == sizeof(handle)) {
(*sxe_sync_generic_event)(handle, handle->user_data);
}
SXEA11(sxe_socket_get_last_error() == SXE_SOCKET_ERROR(EWOULDBLOCK), "Unexpected error receiving from sync socket: %s",
sxe_socket_get_last_error_as_str());
SXER80("return");
}
static void
test_pool_2_timeout(void * array, unsigned array_index, void * caller_info)
{
SXEE82("test_pool_2_timeout(array=%p,array_index=%u)", array, array_index);
SXE_UNUSED_PARAMETER(caller_info);
test_pool_2_timeout_call_count ++;
if (1 == test_pool_2_timeout_call_count) {
sxe_pool_set_indexed_element_state(array, array_index, TEST_STATE_USED, TEST_STATE_FREE);
}
if (2 == test_pool_2_timeout_call_count) {
sxe_pool_set_indexed_element_state(array, array_index, TEST_STATE_ABUSED, TEST_STATE_USED);
}
if (3 == test_pool_2_timeout_call_count) {
sxe_pool_set_indexed_element_state(array, array_index, TEST_STATE_USED, TEST_STATE_FREE);
}
SXER80("return");
}