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plibsys/tests/psocket_test.cpp at master · case2111/plibsys · GitHub
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/*
* Copyright (C) 2013-2017 Alexander Saprykin <xelfium@gmail.com>
*
* This library is free software; you can redistribute it and/or modify
* it under the terms of the GNU Lesser General Public License as published by
* the Free Software Foundation; either version 2 of the License, or
* (at your option) any later version.
*
* This library is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with this library; if not, see <http://www.gnu.org/licenses/>.
*/
#
include
"
plibsys.h
"
#
include
"
ptestmacros.h
"
#
include
<
string.h
>
P_TEST_MODULE_INIT
();
static
pchar socket_data[] =
"
This is a socket test data!
"
;
volatile
static
pboolean is_sender_working =
FALSE
;
volatile
static
pboolean is_receiver_working =
FALSE
;
typedef
struct
_SocketTestData
{
puint16 sender_port;
puint16 receiver_port;
pboolean shutdown_channel;
} SocketTestData;
extern
"
C
"
ppointer
pmem_alloc
(psize nbytes)
{
P_UNUSED
(nbytes);
return
(ppointer)
NULL
;
}
extern
"
C
"
ppointer
pmem_realloc
(ppointer block, psize nbytes)
{
P_UNUSED
(block);
P_UNUSED
(nbytes);
return
(ppointer)
NULL
;
}
extern
"
C
"
void
pmem_free
(ppointer block)
{
P_UNUSED
(block);
}
static
void
clean_error
(PError **error)
{
if
(error ==
NULL
|| *error ==
NULL
)
return
;
p_error_free
(*error);
*error =
NULL
;
}
static
pboolean
test_socket_address_directly
(
const
PSocketAddress *addr, puint16 port)
{
if
(addr ==
NULL
)
return
FALSE
;
pchar *addr_str =
p_socket_address_get_address
(addr);
PSocketFamily remote_family =
p_socket_address_get_family
(addr);
puint16 remote_port =
p_socket_address_get_port
(addr);
psize remote_size =
p_socket_address_get_native_size
(addr);
pboolean ret = (
strcmp
(addr_str,
"
127.0.0.1
"
) ==
0
&& remote_family ==
P_SOCKET_FAMILY_INET
&&
remote_port == port && remote_size >
0
) ?
TRUE
:
FALSE
;
p_free
(addr_str);
return
ret;
}
static
pboolean
test_socket_address
(PSocket *socket, puint16 port)
{
/*
Test remote address
*/
PSocketAddress *remote_addr =
p_socket_get_remote_address
(socket,
NULL
);
if
(remote_addr ==
NULL
)
return
FALSE
;
pboolean ret =
test_socket_address_directly
(remote_addr, port);
p_socket_address_free
(remote_addr);
return
ret;
}
static
pboolean
compare_socket_addresses
(
const
PSocketAddress *addr1,
const
PSocketAddress *addr2)
{
if
(addr1 ==
NULL
|| addr2 ==
NULL
)
return
FALSE
;
pchar *addr_str1 =
p_socket_address_get_address
(addr1);
pchar *addr_str2 =
p_socket_address_get_address
(addr2);
if
(addr_str1 ==
NULL
|| addr_str2 ==
NULL
) {
p_free
(addr_str1);
p_free
(addr_str2);
return
FALSE
;
}
pboolean addr_cmp = (
strcmp
(addr_str1, addr_str2) ==
0
?
TRUE
:
FALSE
);
p_free
(addr_str1);
p_free
(addr_str2);
if
(addr_cmp ==
FALSE
)
return
FALSE
;
if
(
p_socket_address_get_family
(addr1) !=
p_socket_address_get_family
(addr2))
return
FALSE
;
if
(
p_socket_address_get_native_size
(addr1) !=
p_socket_address_get_native_size
(addr2))
return
FALSE
;
return
TRUE
;
}
static
void
*
udp_socket_sender_thread
(
void
*arg)
{
pint send_counter =
0
;
if
(arg ==
NULL
)
p_uthread_exit
(-
1
);
SocketTestData *data = (SocketTestData *) (arg);
/*
Create sender socket
*/
PSocket *skt_sender =
p_socket_new
(
P_SOCKET_FAMILY_INET
,
P_SOCKET_TYPE_DATAGRAM
,
P_SOCKET_PROTOCOL_UDP
,
NULL
);
if
(skt_sender ==
NULL
)
p_uthread_exit
(-
1
);
PSocketAddress *addr_sender =
p_socket_address_new
(
"
127.0.0.1
"
, data->
sender_port
);
if
(addr_sender ==
NULL
) {
p_socket_free
(skt_sender);
p_uthread_exit
(-
1
);
}
if
(
p_socket_bind
(skt_sender, addr_sender,
FALSE
,
NULL
) ==
FALSE
) {
p_socket_free
(skt_sender);
p_socket_address_free
(addr_sender);
p_uthread_exit
(-
1
);
}
else
{
p_socket_address_free
(addr_sender);
PSocketAddress *local_addr =
p_socket_get_local_address
(skt_sender,
NULL
);
if
(local_addr ==
NULL
) {
p_socket_free
(skt_sender);
p_uthread_exit
(-
1
);
}
data->
sender_port
=
p_socket_address_get_port
(local_addr);
p_socket_address_free
(local_addr);
}
p_socket_set_timeout
(skt_sender,
50
);
/*
Test that remote address is NULL
*/
PSocketAddress *remote_addr =
p_socket_get_remote_address
(skt_sender,
NULL
);
if
(remote_addr !=
NULL
) {
if
(
p_socket_address_is_any
(remote_addr) ==
FALSE
) {
p_socket_address_free
(remote_addr);
p_socket_free
(skt_sender);
p_uthread_exit
(-
1
);
}
else
{
p_socket_address_free
(remote_addr);
remote_addr =
NULL
;
}
}
/*
Test that we are not connected
*/
if
(
p_socket_is_connected
(skt_sender) ==
TRUE
) {
p_socket_free
(skt_sender);
p_uthread_exit
(-
1
);
}
while
(is_sender_working ==
TRUE
&& data->
receiver_port
==
0
) {
p_uthread_sleep
(
1
);
continue
;
}
PSocketAddress *addr_receiver =
NULL
;
if
(data->
receiver_port
!=
0
)
addr_receiver =
p_socket_address_new
(
"
127.0.0.1
"
, data->
receiver_port
);
while
(is_sender_working ==
TRUE
) {
if
(data->
receiver_port
==
0
)
break
;
if
(
p_socket_send_to
(skt_sender,
addr_receiver,
socket_data,
sizeof
(socket_data),
NULL
) ==
sizeof
(socket_data))
++send_counter;
p_uthread_sleep
(
1
);
}
p_socket_address_free
(addr_receiver);
p_socket_free
(skt_sender);
p_uthread_exit
(send_counter);
return
NULL
;
}
static
void
*
udp_socket_receiver_thread
(
void
*arg)
{
pchar recv_buffer[
sizeof
(socket_data) *
3
];
pint recv_counter =
0
;
if
(arg ==
NULL
)
p_uthread_exit
(-
1
);
SocketTestData *data = (SocketTestData *) (arg);
/*
Create receiving socket
*/
PSocket *skt_receiver =
p_socket_new
(
P_SOCKET_FAMILY_INET
,
P_SOCKET_TYPE_DATAGRAM
,
P_SOCKET_PROTOCOL_UDP
,
NULL
);
if
(skt_receiver ==
NULL
)
p_uthread_exit
(-
1
);
p_socket_set_blocking
(skt_receiver,
FALSE
);
PSocketAddress *addr_receiver =
p_socket_address_new
(
"
127.0.0.1
"
, data->
receiver_port
);
if
(addr_receiver ==
NULL
) {
p_socket_free
(skt_receiver);
p_uthread_exit
(-
1
);
}
if
(
p_socket_bind
(skt_receiver, addr_receiver,
TRUE
,
NULL
) ==
FALSE
) {
p_socket_free
(skt_receiver);
p_socket_address_free
(addr_receiver);
p_uthread_exit
(-
1
);
}
else
{
p_socket_address_free
(addr_receiver);
PSocketAddress *local_addr =
p_socket_get_local_address
(skt_receiver,
NULL
);
if
(local_addr ==
NULL
) {
p_socket_free
(skt_receiver);
p_uthread_exit
(-
1
);
}
data->
receiver_port
=
p_socket_address_get_port
(local_addr);
p_socket_address_free
(local_addr);
}
p_socket_set_timeout
(skt_receiver,
50
);
/*
Test that remote address is NULL
*/
PSocketAddress *remote_addr =
p_socket_get_remote_address
(skt_receiver,
NULL
);
if
(remote_addr !=
NULL
) {
if
(
p_socket_address_is_any
(remote_addr) ==
FALSE
) {
p_socket_address_free
(remote_addr);
p_socket_free
(skt_receiver);
p_uthread_exit
(-
1
);
}
else
{
p_socket_address_free
(remote_addr);
remote_addr =
NULL
;
}
}
/*
Test that we are not connected
*/
if
(
p_socket_is_connected
(skt_receiver) ==
TRUE
) {
p_socket_free
(skt_receiver);
p_uthread_exit
(-
1
);
}
while
(is_receiver_working ==
TRUE
) {
PSocketAddress *remote_addr =
NULL
;
pssize received =
p_socket_receive_from
(skt_receiver,
&remote_addr,
recv_buffer,
sizeof
(recv_buffer),
NULL
);
if
(remote_addr !=
NULL
&&
test_socket_address_directly
(remote_addr, data->
sender_port
) ==
FALSE
) {
p_socket_address_free
(remote_addr);
break
;
}
p_socket_address_free
(remote_addr);
if
(received ==
sizeof
(socket_data))
++recv_counter;
else
if
(received >
0
) {
p_socket_free
(skt_receiver);
p_uthread_exit
(-
1
);
}
p_uthread_sleep
(
1
);
}
p_socket_free
(skt_receiver);
p_uthread_exit
(recv_counter);
return
NULL
;
}
static
void
*
tcp_socket_sender_thread
(
void
*arg)
{
pint send_counter =
0
;
psize send_total;
pssize send_now;
pboolean is_connected =
FALSE
;
if
(arg ==
NULL
)
p_uthread_exit
(-
1
);
SocketTestData *data = (SocketTestData *) (arg);
/*
Create sender socket
*/
PSocket *skt_sender =
p_socket_new
(
P_SOCKET_FAMILY_INET
,
P_SOCKET_TYPE_STREAM
,
P_SOCKET_PROTOCOL_DEFAULT
,
NULL
);
if
(skt_sender ==
NULL
)
p_uthread_exit
(-
1
);
p_socket_set_timeout
(skt_sender,
2000
);
if
(
p_socket_get_fd
(skt_sender) <
0
) {
p_socket_free
(skt_sender);
p_uthread_exit
(-
1
);
}
while
(is_sender_working ==
TRUE
&& data->
receiver_port
==
0
) {
p_uthread_sleep
(
1
);
continue
;
}
PSocketAddress *addr_sender =
p_socket_address_new
(
"
127.0.0.1
"
, data->
sender_port
);
if
(addr_sender ==
NULL
) {
p_socket_free
(skt_sender);
p_uthread_exit
(-
1
);
}
if
(
p_socket_bind
(skt_sender, addr_sender,
FALSE
,
NULL
) ==
FALSE
) {
p_socket_free
(skt_sender);
p_socket_address_free
(addr_sender);
p_uthread_exit
(-
1
);
}
else
{
p_socket_address_free
(addr_sender);
PSocketAddress *local_addr =
p_socket_get_local_address
(skt_sender,
NULL
);
if
(local_addr ==
NULL
) {
p_socket_free
(skt_sender);
p_uthread_exit
(-
1
);
}
data->
sender_port
=
p_socket_address_get_port
(local_addr);
p_socket_address_free
(local_addr);
}
send_total =
0
;
send_now =
0
;
while
(is_sender_working ==
TRUE
&& data->
receiver_port
==
0
) {
p_uthread_sleep
(
1
);
continue
;
}
PSocketAddress *addr_receiver =
NULL
;
/*
Try to connect in non-blocking mode
*/
p_socket_set_blocking
(skt_sender,
FALSE
);
if
(data->
receiver_port
!=
0
) {
addr_receiver =
p_socket_address_new
(
"
127.0.0.1
"
, data->
receiver_port
);
is_connected =
p_socket_connect
(skt_sender, addr_receiver,
NULL
);
if
(is_connected ==
FALSE
) {
if
(
p_socket_io_condition_wait
(skt_sender,
P_SOCKET_IO_CONDITION_POLLOUT
,
NULL
) ==
TRUE
&&
p_socket_check_connect_result
(skt_sender,
NULL
) ==
FALSE
) {
p_socket_address_free
(addr_receiver);
p_socket_free
(skt_sender);
p_uthread_exit
(-
1
);
}
}
is_connected =
p_socket_is_connected
(skt_sender);
if
(is_connected ==
TRUE
&&
p_socket_shutdown
(skt_sender,
FALSE
,
data->
shutdown_channel
,
NULL
) ==
FALSE
)
is_connected =
FALSE
;
}
if
(data->
shutdown_channel
==
TRUE
&&
p_socket_is_closed
(skt_sender) ==
TRUE
) {
p_socket_address_free
(addr_receiver);
p_socket_free
(skt_sender);
p_uthread_exit
(-
1
);
}
p_socket_set_blocking
(skt_sender,
TRUE
);
while
(is_sender_working ==
TRUE
) {
if
(data->
receiver_port
==
0
|| is_connected ==
FALSE
)
break
;
if
(
test_socket_address
(skt_sender, data->
receiver_port
) ==
FALSE
)
break
;
if
(data->
shutdown_channel
==
FALSE
&&
p_socket_is_connected
(skt_sender) ==
FALSE
) {
p_socket_address_free
(addr_receiver);
p_socket_free
(skt_sender);
p_uthread_exit
(-
1
);
}
send_now =
p_socket_send
(skt_sender,
socket_data + send_total,
sizeof
(socket_data) - send_total,
NULL
);
if
(send_now >
0
)
send_total += (psize) send_now;
if
(send_total ==
sizeof
(socket_data)) {
send_total =
0
;
++send_counter;
}
p_uthread_sleep
(
1
);
}
if
(
p_socket_close
(skt_sender,
NULL
) ==
FALSE
)
send_counter = -
1
;
p_socket_address_free
(addr_receiver);
p_socket_free
(skt_sender);
p_uthread_exit
(send_counter);
return
NULL
;
}
static
void
*
tcp_socket_receiver_thread
(
void
*arg)
{
pchar recv_buffer[
sizeof
(socket_data)];
pint recv_counter =
0
;
psize recv_total;
pssize recv_now;
if
(arg ==
NULL
)
p_uthread_exit
(-
1
);
SocketTestData *data = (SocketTestData *) (arg);
/*
Create receiving socket
*/
PSocket *skt_receiver =
p_socket_new
(
P_SOCKET_FAMILY_INET
,
P_SOCKET_TYPE_STREAM
,
P_SOCKET_PROTOCOL_TCP
,
NULL
);
if
(skt_receiver ==
NULL
)
p_uthread_exit
(-
1
);
PSocketAddress *addr_receiver =
p_socket_address_new
(
"
127.0.0.1
"
, data->
receiver_port
);
if
(addr_receiver ==
NULL
) {
p_socket_free
(skt_receiver);
p_uthread_exit
(-
1
);
}
p_socket_set_timeout
(skt_receiver,
2000
);
if
(
p_socket_bind
(skt_receiver, addr_receiver,
TRUE
,
NULL
) ==
FALSE
||
p_socket_listen
(skt_receiver,
NULL
) ==
FALSE
) {
p_socket_free
(skt_receiver);
p_socket_address_free
(addr_receiver);
p_uthread_exit
(-
1
);
}
else
{
p_socket_address_free
(addr_receiver);
PSocketAddress *local_addr =
p_socket_get_local_address
(skt_receiver,
NULL
);
if
(local_addr ==
NULL
) {
p_socket_free
(skt_receiver);
p_uthread_exit
(-
1
);
}
data->
receiver_port
=
p_socket_address_get_port
(local_addr);
p_socket_address_free
(local_addr);
}
PSocket *conn_socket =
NULL
;
recv_total =
0
;
recv_now =
0
;
while
(is_receiver_working ==
TRUE
) {
if
(conn_socket ==
NULL
) {
conn_socket =
p_socket_accept
(skt_receiver,
NULL
);
if
(conn_socket ==
NULL
) {
p_uthread_sleep
(
1
);
continue
;
}
else
{
/*
On Syllable there is a bug in TCP which changes a local port
* of the client socket which connects to a server
*/
#
ifndef
P_OS_SYLLABLE
if
(
test_socket_address
(conn_socket, data->
sender_port
) ==
FALSE
)
break
;
#
endif
if
(
p_socket_shutdown
(conn_socket, data->
shutdown_channel
,
FALSE
,
NULL
) ==
FALSE
)
break
;
p_socket_set_timeout
(conn_socket,
2000
);
}
}
if
((data->
shutdown_channel
==
FALSE
&&
p_socket_is_connected
(conn_socket) ==
FALSE
) ||
(data->
shutdown_channel
==
TRUE
&&
p_socket_is_closed
(conn_socket) ==
TRUE
)) {
p_socket_free
(conn_socket);
p_socket_free
(skt_receiver);
p_uthread_exit
(-
1
);
}
recv_now =
p_socket_receive
(conn_socket,
recv_buffer + recv_total,
sizeof
(recv_buffer) - recv_total,
NULL
);
if
(recv_now >
0
)
recv_total += (psize) recv_now;
if
(recv_total ==
sizeof
(recv_buffer)) {
recv_total =
0
;
if
(
strncmp
(recv_buffer, socket_data,
sizeof
(recv_buffer)) ==
0
)
++recv_counter;
memset
(recv_buffer,
0
,
sizeof
(recv_buffer));
}
p_uthread_sleep
(
1
);
}
if
(
p_socket_close
(skt_receiver,
NULL
) ==
FALSE
)
recv_counter = -
1
;
p_socket_free
(conn_socket);
p_socket_free
(skt_receiver);
p_uthread_exit
(recv_counter);
return
NULL
;
}
P_TEST_CASE_BEGIN
(psocket_nomem_test)
{
p_libsys_init
();
PSocket *socket =
p_socket_new
(
P_SOCKET_FAMILY_INET
,
P_SOCKET_TYPE_DATAGRAM
,
P_SOCKET_PROTOCOL_UDP
,
NULL
);
P_TEST_CHECK
(socket !=
NULL
);
PSocketAddress *sock_addr =
p_socket_address_new
(
"
127.0.0.1
"
,
32211
);
P_TEST_CHECK
(sock_addr !=
NULL
);
P_TEST_CHECK
(
p_socket_bind
(socket, sock_addr,
TRUE
,
NULL
) ==
TRUE
);
p_socket_address_free
(sock_addr);
p_socket_set_timeout
(socket,
1000
);
sock_addr =
p_socket_address_new
(
"
127.0.0.1
"
,
32215
);
P_TEST_CHECK
(sock_addr !=
NULL
);
P_TEST_CHECK
(
p_socket_connect
(socket, sock_addr,
NULL
) ==
TRUE
);
p_socket_address_free
(sock_addr);
PMemVTable vtable;
vtable.
free
= pmem_free;
vtable.
malloc
= pmem_alloc;
vtable.
realloc
= pmem_realloc;
P_TEST_CHECK
(
p_mem_set_vtable
(&vtable) ==
TRUE
);
P_TEST_CHECK
(
p_socket_new
(
P_SOCKET_FAMILY_INET
,
P_SOCKET_TYPE_DATAGRAM
,
P_SOCKET_PROTOCOL_UDP
,
NULL
) ==
NULL
);
P_TEST_CHECK
(
p_socket_new_from_fd
(
p_socket_get_fd
(socket),
NULL
) ==
NULL
);
P_TEST_CHECK
(
p_socket_get_local_address
(socket,
NULL
) ==
NULL
);
P_TEST_CHECK
(
p_socket_get_remote_address
(socket,
NULL
) ==
NULL
);
p_mem_restore_vtable
();
p_socket_close
(socket,
NULL
);
p_socket_free
(socket);
p_libsys_shutdown
();
}
P_TEST_CASE_END
()
P_TEST_CASE_BEGIN
(psocket_bad_input_test)
{
p_libsys_init
();
PError *error =
NULL
;
P_TEST_CHECK
(
p_socket_new_from_fd
(-
1
, &error) ==
NULL
);
P_TEST_CHECK
(error !=
NULL
);
clean_error
(&error);
P_TEST_CHECK
(
p_socket_new
(
P_SOCKET_FAMILY_INET
,
(PSocketType) -
1
,
P_SOCKET_PROTOCOL_TCP
,
NULL
) ==
NULL
);
/*
Syllable doesn't validate socket family
*/
#
ifndef
P_OS_SYLLABLE
P_TEST_CHECK
(
p_socket_new
((PSocketFamily) -
1
,
P_SOCKET_TYPE_SEQPACKET
,
P_SOCKET_PROTOCOL_TCP
,
NULL
) ==
NULL
);
#
endif
P_TEST_CHECK
(
p_socket_new
(
P_SOCKET_FAMILY_UNKNOWN
,
P_SOCKET_TYPE_UNKNOWN
,
P_SOCKET_PROTOCOL_UNKNOWN
,
&error) ==
NULL
);
P_TEST_CHECK
(
p_socket_new_from_fd
(
1
,
NULL
) ==
NULL
);
P_TEST_CHECK
(error !=
NULL
);
clean_error
(&error);
P_TEST_CHECK
(
p_socket_get_fd
(
NULL
) == -
1
);
P_TEST_CHECK
(
p_socket_get_family
(
NULL
) ==
P_SOCKET_FAMILY_UNKNOWN
);
P_TEST_CHECK
(
p_socket_get_type
(
NULL
) ==
P_SOCKET_TYPE_UNKNOWN
);
P_TEST_CHECK
(
p_socket_get_protocol
(
NULL
) ==
P_SOCKET_PROTOCOL_UNKNOWN
);
P_TEST_CHECK
(
p_socket_get_keepalive
(
NULL
) ==
FALSE
);
P_TEST_CHECK
(
p_socket_get_blocking
(
NULL
) ==
FALSE
);
P_TEST_CHECK
(
p_socket_get_timeout
(
NULL
) == -
1
);
P_TEST_CHECK
(
p_socket_get_listen_backlog
(
NULL
) == -
1
);
P_TEST_CHECK
(
p_socket_io_condition_wait
(
NULL
,
P_SOCKET_IO_CONDITION_POLLIN
,
NULL
) ==
FALSE
);
P_TEST_CHECK
(
p_socket_io_condition_wait
(
NULL
,
P_SOCKET_IO_CONDITION_POLLOUT
,
NULL
) ==
FALSE
);
P_TEST_CHECK
(
p_socket_get_local_address
(
NULL
, &error) ==
NULL
);
P_TEST_CHECK
(error !=
NULL
);
clean_error
(&error);
P_TEST_CHECK
(
p_socket_get_remote_address
(
NULL
, &error) ==
NULL
);
P_TEST_CHECK
(error !=
NULL
);
clean_error
(&error);
P_TEST_CHECK
(
p_socket_is_connected
(
NULL
) ==
FALSE
);
P_TEST_CHECK
(
p_socket_is_closed
(
NULL
) ==
TRUE
);
P_TEST_CHECK
(
p_socket_check_connect_result
(
NULL
, &error) ==
FALSE
);
P_TEST_CHECK
(error !=
NULL
);
clean_error
(&error);
p_socket_set_keepalive
(
NULL
,
FALSE
);
p_socket_set_blocking
(
NULL
,
FALSE
);
p_socket_set_timeout
(
NULL
,
0
);
p_socket_set_listen_backlog
(
NULL
,
0
);
P_TEST_CHECK
(
p_socket_bind
(
NULL
,
NULL
,
FALSE
, &error) ==
FALSE
);
P_TEST_CHECK
(error !=
NULL
);
clean_error
(&error);
P_TEST_CHECK
(
p_socket_connect
(
NULL
,
NULL
, &error) ==
FALSE
);
P_TEST_CHECK
(error !=
NULL
);
clean_error
(&error);
P_TEST_CHECK
(
p_socket_listen
(
NULL
, &error) ==
FALSE
);
P_TEST_CHECK
(error !=
NULL
);
clean_error
(&error);
P_TEST_CHECK
(
p_socket_accept
(
NULL
, &error) ==
NULL
);
P_TEST_CHECK
(error !=
NULL
);
clean_error
(&error);
P_TEST_CHECK
(
p_socket_receive
(
NULL
,
NULL
,
0
, &error) == -
1
);
P_TEST_CHECK
(error !=
NULL
);
clean_error
(&error);
P_TEST_CHECK
(
p_socket_receive_from
(
NULL
,
NULL
,
NULL
,
0
, &error) == -
1
);
P_TEST_CHECK
(error !=
NULL
);
clean_error
(&error);
P_TEST_CHECK
(
p_socket_send
(
NULL
,
NULL
,
0
, &error) == -
1
);
P_TEST_CHECK
(error !=
NULL
);
clean_error
(&error);
P_TEST_CHECK
(
p_socket_send_to
(
NULL
,
NULL
,
NULL
,
0
, &error) == -
1
);
P_TEST_CHECK
(error !=
NULL
);
clean_error
(&error);
P_TEST_CHECK
(
p_socket_close
(
NULL
, &error) ==
FALSE
);
P_TEST_CHECK
(error !=
NULL
);
clean_error
(&error);
P_TEST_CHECK
(
p_socket_shutdown
(
NULL
,
FALSE
,
FALSE
, &error) ==
FALSE
);
P_TEST_CHECK
(error !=
NULL
);
clean_error
(&error);
P_TEST_CHECK
(
p_socket_set_buffer_size
(
NULL
,
P_SOCKET_DIRECTION_RCV
,
0
, &error) ==
FALSE
);
P_TEST_CHECK
(error !=
NULL
);
clean_error
(&error);
P_TEST_CHECK
(
p_socket_set_buffer_size
(
NULL
,
P_SOCKET_DIRECTION_SND
,
0
, &error) ==
FALSE
);
P_TEST_CHECK
(error !=
NULL
);
clean_error
(&error);
p_socket_free
(
NULL
);
p_libsys_shutdown
();
}
P_TEST_CASE_END
()
P_TEST_CASE_BEGIN
(psocket_general_udp_test)
{
p_libsys_init
();
/*
Test UDP socket
*/
PSocket *socket =
p_socket_new
(
P_SOCKET_FAMILY_INET
,
P_SOCKET_TYPE_DATAGRAM
,
P_SOCKET_PROTOCOL_UDP
,
NULL
);
P_TEST_CHECK
(socket !=
NULL
);
P_TEST_CHECK
(
p_socket_get_family
(socket) ==
P_SOCKET_FAMILY_INET
);
P_TEST_CHECK
(
p_socket_get_fd
(socket) >=
0
);
P_TEST_CHECK
(
p_socket_get_listen_backlog
(socket) ==
5
);
P_TEST_CHECK
(
p_socket_get_timeout
(socket) ==
0
);
/*
On some operating systems (i.e. OpenVMS) remote address is not NULL
*/
PSocketAddress *remote_addr =
p_socket_get_remote_address
(socket,
NULL
);
if
(remote_addr !=
NULL
) {
P_TEST_CHECK
(
p_socket_address_is_any
(remote_addr) ==
TRUE
);
p_socket_address_free
(remote_addr);
remote_addr =
NULL
;
}
P_TEST_CHECK
(
p_socket_get_protocol
(socket) ==
P_SOCKET_PROTOCOL_UDP
);
P_TEST_CHECK
(
p_socket_get_blocking
(socket) ==
TRUE
);
P_TEST_CHECK
(
p_socket_get_type
(socket) ==
P_SOCKET_TYPE_DATAGRAM
);
P_TEST_CHECK
(
p_socket_get_keepalive
(socket) ==
FALSE
);
P_TEST_CHECK
(
p_socket_is_closed
(socket) ==
FALSE
);
p_socket_set_listen_backlog
(socket,
12
);
p_socket_set_timeout
(socket, -
10
);
P_TEST_CHECK
(
p_socket_get_timeout
(socket) ==
0
);
p_socket_set_timeout
(socket,
10
);
P_TEST_CHECK
(
p_socket_get_listen_backlog
(socket) ==
12
);
P_TEST_CHECK
(
p_socket_get_timeout
(socket) ==
10
);
PSocketAddress *sock_addr =
p_socket_address_new
(
"
127.0.0.1
"
,
32111
);
P_TEST_CHECK
(sock_addr !=
NULL
);
P_TEST_CHECK
(
p_socket_bind
(socket, sock_addr,
TRUE
,
NULL
) ==
TRUE
);
/*
Test creating socket from descriptor
*/
PSocket *fd_socket =
p_socket_new_from_fd
(
p_socket_get_fd
(socket),
NULL
);
P_TEST_CHECK
(fd_socket !=
NULL
);
P_TEST_CHECK
(
p_socket_get_family
(fd_socket) ==
P_SOCKET_FAMILY_INET
);
P_TEST_CHECK
(
p_socket_get_fd
(fd_socket) >=
0
);
P_TEST_CHECK
(
p_socket_get_listen_backlog
(fd_socket) ==
5
);
P_TEST_CHECK
(
p_socket_get_timeout
(fd_socket) ==
0
);
remote_addr =
p_socket_get_remote_address
(fd_socket,
NULL
);
if
(remote_addr !=
NULL
) {
P_TEST_CHECK
(
p_socket_address_is_any
(remote_addr) ==
TRUE
);
p_socket_address_free
(remote_addr);
remote_addr =
NULL
;
}
P_TEST_CHECK
(
p_socket_get_protocol
(fd_socket) ==
P_SOCKET_PROTOCOL_UDP
);
P_TEST_CHECK
(
p_socket_get_blocking
(fd_socket) ==
TRUE
);
P_TEST_CHECK
(
p_socket_get_type
(fd_socket) ==
P_SOCKET_TYPE_DATAGRAM
);
P_TEST_CHECK
(
p_socket_get_keepalive
(fd_socket) ==
FALSE
);
P_TEST_CHECK
(
p_socket_is_closed
(fd_socket) ==
FALSE
);
p_socket_set_keepalive
(fd_socket,
FALSE
);
P_TEST_CHECK
(
p_socket_get_keepalive
(fd_socket) ==
FALSE
);
p_socket_set_keepalive
(fd_socket,
TRUE
);
p_socket_set_keepalive
(fd_socket,
FALSE
);
P_TEST_CHECK
(
p_socket_get_keepalive
(fd_socket) ==
FALSE
);
/*
Test UDP local address
*/
PSocketAddress *addr =
p_socket_get_local_address
(socket,
NULL
);
P_TEST_CHECK
(addr !=
NULL
);
P_TEST_CHECK
(
compare_socket_addresses
(sock_addr, addr) ==
TRUE
);
p_socket_address_free
(sock_addr);
p_socket_address_free
(addr);
/*
Test UDP connecting to remote address
*/
p_socket_set_timeout
(socket,
1000
);
addr =
p_socket_address_new
(
"
127.0.0.1
"
,
32115
);
P_TEST_CHECK
(addr !=
NULL
);
P_TEST_CHECK
(
p_socket_connect
(socket, addr,
NULL
) ==
TRUE
);
P_TEST_CHECK
(
p_socket_io_condition_wait
(socket,
P_SOCKET_IO_CONDITION_POLLIN
,
NULL
) ==
FALSE
);
P_TEST_CHECK
(
p_socket_io_condition_wait
(socket,
P_SOCKET_IO_CONDITION_POLLOUT
,
NULL
) ==
TRUE
);
sock_addr =
p_socket_get_remote_address
(socket,
NULL
);
/*
Syllable doesn't support getpeername() for UDP sockets
*/
#
ifdef
P_OS_SYLLABLE
P_TEST_CHECK
(sock_addr ==
NULL
);
sock_addr =
p_socket_address_new
(
"
127.0.0.1
"
,
32115
);
P_TEST_CHECK
(addr !=
NULL
);
#
else
P_TEST_CHECK
(sock_addr !=
NULL
);
P_TEST_CHECK
(
compare_socket_addresses
(sock_addr, addr) ==
TRUE
);
#
endif
/*
Not supported on Syllable
*/
#
ifndef
P_OS_SYLLABLE
P_TEST_CHECK
(
p_socket_set_buffer_size
(socket,
P_SOCKET_DIRECTION_RCV
,
72
*
1024
,
NULL
) ==
TRUE
);
P_TEST_CHECK
(
p_socket_set_buffer_size
(socket,
P_SOCKET_DIRECTION_SND
,
72
*
1024
,
NULL
) ==
TRUE
);
P_TEST_CHECK
(
p_socket_check_connect_result
(socket,
NULL
) ==
TRUE
);
#
endif
P_TEST_CHECK
(
p_socket_is_connected
(socket) ==
TRUE
);
P_TEST_CHECK
(
p_socket_close
(socket,
NULL
) ==
TRUE
);
pchar sock_buf[
10
];
P_TEST_CHECK
(
p_socket_bind
(socket, sock_addr,
TRUE
,
NULL
) ==
FALSE
);
P_TEST_CHECK
(
p_socket_connect
(socket, addr,
NULL
) ==
FALSE
);
P_TEST_CHECK
(
p_socket_listen
(socket,
NULL
) ==
FALSE
);
P_TEST_CHECK
(
p_socket_accept
(socket,
NULL
) ==
FALSE
);
P_TEST_CHECK
(
p_socket_receive
(socket, sock_buf,
sizeof
(sock_buf),
NULL
) == -
1
);
P_TEST_CHECK
(
p_socket_receive_from
(socket,
NULL
, sock_buf,
sizeof
(sock_buf),
NULL
) == -
1
);
P_TEST_CHECK
(
p_socket_send
(socket, sock_buf,
sizeof
(sock_buf),
NULL
) == -
1
);
P_TEST_CHECK
(
p_socket_send_to
(socket, addr, sock_buf,
sizeof
(sock_buf),
NULL
) == -
1
);
P_TEST_CHECK
(
p_socket_shutdown
(socket,
TRUE
,
TRUE
,
NULL
) ==
FALSE
);
P_TEST_CHECK
(
p_socket_get_local_address
(socket,
NULL
) ==
NULL
);
P_TEST_CHECK
(
p_socket_check_connect_result
(socket,
NULL
) ==
FALSE
);
P_TEST_CHECK
(
p_socket_get_fd
(socket) == -
1
);
P_TEST_CHECK
(
p_socket_is_connected
(socket) ==
FALSE
);
P_TEST_CHECK
(
p_socket_is_closed
(socket) ==
TRUE
);
p_socket_set_keepalive
(socket,
TRUE
);
P_TEST_CHECK
(
p_socket_get_keepalive
(socket) ==
FALSE
);
P_TEST_CHECK
(
p_socket_io_condition_wait
(socket,
P_SOCKET_IO_CONDITION_POLLIN
,
NULL
) ==
FALSE
);
P_TEST_CHECK
(
p_socket_io_condition_wait
(socket,
P_SOCKET_IO_CONDITION_POLLOUT
,
NULL
) ==
FALSE
);
P_TEST_CHECK
(
p_socket_set_buffer_size
(socket,
P_SOCKET_DIRECTION_RCV
,
72
*
1024
,
NULL
) ==
FALSE
);
P_TEST_CHECK
(
p_socket_set_buffer_size
(socket,
P_SOCKET_DIRECTION_SND
,
72
*
1024
,
NULL
) ==
FALSE
);
p_socket_address_free
(sock_addr);
p_socket_address_free
(addr);
p_socket_free
(socket);
p_socket_free
(fd_socket);
p_libsys_shutdown
();
}
P_TEST_CASE_END
()
P_TEST_CASE_BEGIN
(psocket_general_tcp_test)
{
p_libsys_init
();
/*
Test TCP socket
*/
PSocket *socket =
p_socket_new
(
P_SOCKET_FAMILY_INET
,
P_SOCKET_TYPE_STREAM
,
P_SOCKET_PROTOCOL_TCP
,
NULL
);
p_socket_set_blocking
(socket,
FALSE
);
p_socket_set_listen_backlog
(socket,
11
);
p_socket_set_timeout
(socket, -
12
);
P_TEST_CHECK
(
p_socket_get_timeout
(socket) ==
0
);
p_socket_set_timeout
(socket,
12
);
P_TEST_CHECK
(socket !=
NULL
);
P_TEST_CHECK
(
p_socket_get_family
(socket) ==
P_SOCKET_FAMILY_INET
);
P_TEST_CHECK
(
p_socket_get_fd
(socket) >=
0
);
P_TEST_CHECK
(
p_socket_get_listen_backlog
(socket) ==
11
);
P_TEST_CHECK
(
p_socket_get_timeout
(socket) ==
12
);
P_TEST_CHECK
(
p_socket_get_remote_address
(socket,
NULL
) ==
NULL
);
P_TEST_CHECK
(
p_socket_get_protocol
(socket) ==
P_SOCKET_PROTOCOL_TCP
);
P_TEST_CHECK
(
p_socket_get_blocking
(socket) ==
FALSE
);
P_TEST_CHECK
(
p_socket_get_type
(socket) ==
P_SOCKET_TYPE_STREAM
);
P_TEST_CHECK
(
p_socket_get_keepalive
(socket) ==
FALSE
);
P_TEST_CHECK
(
p_socket_is_closed
(socket) ==
FALSE
);
p_socket_set_keepalive
(socket,
FALSE
);
P_TEST_CHECK
(
p_socket_get_keepalive
(socket) ==
FALSE
);
p_socket_set_keepalive
(socket,
TRUE
);
p_socket_set_keepalive
(socket,
FALSE
);
P_TEST_CHECK
(
p_socket_get_keepalive
(socket) ==
FALSE
);
PSocketAddress *sock_addr =
p_socket_address_new
(
"
127.0.0.1
"
,
0
);
P_TEST_CHECK
(sock_addr !=
NULL
);
P_TEST_CHECK
(
p_socket_bind
(socket, sock_addr,
TRUE
,
NULL
) ==
TRUE
);
PSocketAddress *addr =
p_socket_get_local_address
(socket,
NULL
);
P_TEST_CHECK
(addr !=
NULL
);
P_TEST_CHECK
(
compare_socket_addresses
(sock_addr, addr) ==
TRUE
);
P_TEST_CHECK
(
p_socket_set_buffer_size
(socket,
P_SOCKET_DIRECTION_RCV
,
72
*
1024
,
NULL
) ==
TRUE
);
P_TEST_CHECK
(
p_socket_set_buffer_size
(socket,
P_SOCKET_DIRECTION_SND
,
72
*
1024
,
NULL
) ==
TRUE
);
/*
In case of success p_socket_check_connect_result() marks socket as connected
*/
P_TEST_CHECK
(
p_socket_is_connected
(socket) ==
FALSE
);
P_TEST_CHECK
(
p_socket_check_connect_result
(socket,
NULL
) ==
TRUE
);
P_TEST_CHECK
(
p_socket_close
(socket,
NULL
) ==
TRUE
);
pchar sock_buf[
10
];
P_TEST_CHECK
(
p_socket_bind
(socket, sock_addr,
TRUE
,
NULL
) ==
FALSE
);
P_TEST_CHECK
(
p_socket_connect
(socket, addr,
NULL
) ==
FALSE
);
P_TEST_CHECK
(
p_socket_listen
(socket,
NULL
) ==
FALSE
);
P_TEST_CHECK
(
p_socket_accept
(socket,
NULL
) ==
FALSE
);
P_TEST_CHECK
(
p_socket_receive
(socket, sock_buf,
sizeof
(sock_buf),
NULL
) == -
1
);
P_TEST_CHECK
(
p_socket_receive_from
(socket,
NULL
, sock_buf,
sizeof
(sock_buf),
NULL
) == -
1
);
P_TEST_CHECK
(
p_socket_send
(socket, sock_buf,
sizeof
(sock_buf),
NULL
) == -
1
);
P_TEST_CHECK
(
p_socket_send_to
(socket, addr, sock_buf,
sizeof
(sock_buf),
NULL
) == -
1
);
P_TEST_CHECK
(
p_socket_shutdown
(socket,
TRUE
,
TRUE
,
NULL
) ==
FALSE
);
P_TEST_CHECK
(
p_socket_get_local_address
(socket,
NULL
) ==
NULL
);
P_TEST_CHECK
(
p_socket_check_connect_result
(socket,
NULL
) ==
FALSE
);
P_TEST_CHECK
(
p_socket_is_closed
(socket) ==
TRUE
);
P_TEST_CHECK
(
p_socket_get_fd
(socket) == -
1
);
p_socket_set_keepalive
(socket,
TRUE
);
P_TEST_CHECK
(
p_socket_get_keepalive
(socket) ==
FALSE
);
P_TEST_CHECK
(
p_socket_io_condition_wait
(socket,
P_SOCKET_IO_CONDITION_POLLIN
,
NULL
) ==
FALSE
);
P_TEST_CHECK
(
p_socket_io_condition_wait
(socket,
P_SOCKET_IO_CONDITION_POLLOUT
,
NULL
) ==
FALSE
);
P_TEST_CHECK
(
p_socket_set_buffer_size
(socket,
P_SOCKET_DIRECTION_RCV
,
72
*
1024
,
NULL
) ==
FALSE
);
P_TEST_CHECK
(
p_socket_set_buffer_size
(socket,
P_SOCKET_DIRECTION_SND
,
72
*
1024
,
NULL
) ==
FALSE
);
p_socket_address_free
(sock_addr);
p_socket_address_free
(addr);
p_socket_free
(socket);
p_libsys_shutdown
();
}
P_TEST_CASE_END
()
P_TEST_CASE_BEGIN
(psocket_udp_test)
{
p_libsys_init
();
is_sender_working =
TRUE
;
is_receiver_working =
TRUE
;
SocketTestData data;
data.
receiver_port
=
0
;
data.
sender_port
=
0
;
data.
shutdown_channel
=
FALSE
;
PUThread *receiver_thr =
p_uthread_create
((PUThreadFunc) udp_socket_receiver_thread, (ppointer) &data,
TRUE
);
PUThread *sender_thr =
p_uthread_create
((PUThreadFunc) udp_socket_sender_thread, (ppointer) &data,
TRUE
);
P_TEST_CHECK
(sender_thr !=
NULL
);
P_TEST_CHECK
(receiver_thr !=
NULL
);
p_uthread_sleep
(
8000
);
is_sender_working =
FALSE
;
pint send_counter =
p_uthread_join
(sender_thr);
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