~rcr/rirc

ref: 17d4f632d1817867ad0e80b743faeafc8a9353af rirc/test/handlers/ircv3.c -rw-r--r-- 19.3 KiB
17d4f632 — Richard Robbins fix assert_fatal not running the test statement 2 months ago
                                                                                
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#include "test/test.h"

/* Extends the definition in server.h */
#define IRCV3_CAPS_TEST \
	X("cap-1", cap_1, IRCV3_CAP_AUTO) \
	X("cap-2", cap_2, 0) \
	X("cap-3", cap_3, IRCV3_CAP_AUTO) \
	X("cap-4", cap_4, IRCV3_CAP_AUTO) \
	X("cap-5", cap_5, 0) \
	X("cap-6", cap_6, IRCV3_CAP_AUTO) \
	X("cap-7", cap_7, (IRCV3_CAP_AUTO | IRCV3_CAP_NO_DEL))

#include "src/components/buffer.c"
#include "src/components/channel.c"
#include "src/components/input.c"
#include "src/components/ircv3.c"
#include "src/components/mode.c"
#include "src/components/server.c"
#include "src/components/user.c"
#include "src/handlers/irc_ctcp.c"
#include "src/handlers/irc_recv.c"
#include "src/handlers/ircv3.c"
#include "src/utils/utils.c"

#include "test/draw.mock.c"
#include "test/io.mock.c"
#include "test/state.mock.c"

#define IRC_MESSAGE_PARSE(S) \
	char TOKEN(buf, __LINE__)[] = S; \
	assert_eq(irc_message_parse(&m, TOKEN(buf, __LINE__)), 0);

static struct irc_message m;
static struct server *s;

static void
mock_reset(void)
{
	mock_reset_io();
	mock_reset_state();
	server_reset(s);
}

static void
test_ircv3_CAP(void)
{
	mock_reset();
	IRC_MESSAGE_PARSE("CAP");
	assert_eq(irc_recv(s, &m), 1);
	assert_strcmp(mock_line[0], "CAP: target is null");

	mock_reset();
	IRC_MESSAGE_PARSE("CAP *");
	assert_eq(irc_recv(s, &m), 1);
	assert_strcmp(mock_line[0], "CAP: command is null");

	mock_reset();
	IRC_MESSAGE_PARSE("CAP * ack");
	assert_eq(irc_recv(s, &m), 1);
	assert_strcmp(mock_line[0], "CAP: unrecognized subcommand 'ack'");

	mock_reset();
	IRC_MESSAGE_PARSE("CAP * xxx");
	assert_eq(irc_recv(s, &m), 1);
	assert_strcmp(mock_line[0], "CAP: unrecognized subcommand 'xxx'");
}

static void
test_ircv3_CAP_LS(void)
{
	/* test empty LS, no parameter */
	mock_reset();
	IRC_MESSAGE_PARSE("CAP * LS");
	assert_eq(irc_recv(s, &m), 1);
	assert_eq(mock_send_n, 0);
	assert_strcmp(mock_line[0], "CAP LS: parameter is null");

	/* test empty LS, no parameter, multiline */
	mock_reset();
	IRC_MESSAGE_PARSE("CAP * LS *");
	assert_eq(irc_recv(s, &m), 1);
	assert_eq(mock_send_n, 0);
	assert_strcmp(mock_line[0], "CAP LS: parameter is null");

	/* test multiple parameters, no '*' */
	mock_reset();
	IRC_MESSAGE_PARSE("CAP * LS cap-1 cap-2");
	assert_eq(irc_recv(s, &m), 1);
	assert_eq(mock_send_n, 0);
	assert_strcmp(mock_line[0], "CAP LS: invalid parameters");

	/* test empty LS, with leading ':' */
	mock_reset();
	IRC_MESSAGE_PARSE("CAP * LS :");
	assert_eq(irc_recv(s, &m), 0);
	assert_eq(mock_send_n, 1);
	assert_strcmp(mock_send[0], "CAP END");

	/* test no leading ':' */
	mock_reset();
	IRC_MESSAGE_PARSE("CAP * LS cap-1");
	assert_eq(irc_recv(s, &m), 0);
	assert_eq(mock_send_n, 1);
	assert_strcmp(mock_send[0], "CAP REQ :cap-1");

	/* test with leading ':' */
	mock_reset();
	ircv3_caps_reset(&(s->ircv3_caps));
	IRC_MESSAGE_PARSE("CAP * LS :cap-1");
	assert_eq(irc_recv(s, &m), 0);
	assert_eq(mock_send_n, 1);
	assert_strcmp(mock_send[0], "CAP REQ :cap-1");
	assert_eq(s->ircv3_caps.cap_1.supported, 1);
	assert_eq(s->ircv3_caps.cap_2.supported, 0);

	/* test multiple caps, cap_2 is non-auto */
	mock_reset();
	ircv3_caps_reset(&(s->ircv3_caps));
	IRC_MESSAGE_PARSE("CAP * LS :cap-1 cap-2 cap-3");
	assert_eq(irc_recv(s, &m), 0);
	assert_eq(mock_send_n, 1);
	assert_strcmp(mock_send[0], "CAP REQ :cap-1 cap-3");
	assert_eq(s->ircv3_caps.cap_1.supported, 1);
	assert_eq(s->ircv3_caps.cap_2.supported, 1);
	assert_eq(s->ircv3_caps.cap_3.supported, 1);

	/* test multiple caps, with unsupported */
	mock_reset();
	ircv3_caps_reset(&(s->ircv3_caps));
	IRC_MESSAGE_PARSE("CAP * LS :cap-1 foo cap-2 bar cap-3");
	assert_eq(irc_recv(s, &m), 0);
	assert_eq(mock_send_n, 1);
	assert_strcmp(mock_send[0], "CAP REQ :cap-1 cap-3");
	assert_eq(s->ircv3_caps.cap_1.supported, 1);
	assert_eq(s->ircv3_caps.cap_2.supported, 1);
	assert_eq(s->ircv3_caps.cap_3.supported, 1);

	/* test multiline */
	mock_reset();
	ircv3_caps_reset(&(s->ircv3_caps));
	IRC_MESSAGE_PARSE("CAP * LS * cap-1");
	assert_eq(irc_recv(s, &m), 0);
	assert_eq(mock_send_n, 0);
	IRC_MESSAGE_PARSE("CAP * LS * :cap-2 cap-3");
	assert_eq(irc_recv(s, &m), 0);
	assert_eq(mock_send_n, 0);
	IRC_MESSAGE_PARSE("CAP * LS cap-4");
	assert_eq(irc_recv(s, &m), 0);
	assert_eq(mock_send_n, 1);
	assert_strcmp(mock_send[0], "CAP REQ :cap-1 cap-3 cap-4");
	assert_eq(s->ircv3_caps.cap_1.supported, 1);
	assert_eq(s->ircv3_caps.cap_2.supported, 1);
	assert_eq(s->ircv3_caps.cap_3.supported, 1);
	assert_eq(s->ircv3_caps.cap_4.supported, 1);

	/* test registered */
	mock_reset();
	s->registered = 1;
	IRC_MESSAGE_PARSE("CAP * LS :cap-1 cap-2 cap-3");
	assert_eq(irc_recv(s, &m), 0);
	assert_eq(mock_send_n, 0);
	assert_eq(mock_line_n, 1);
	assert_strcmp(mock_line[0], "CAP LS: cap-1 cap-2 cap-3");
}

static void
test_ircv3_CAP_LIST(void)
{
	/* test empty LIST, no parameter */
	mock_reset();
	IRC_MESSAGE_PARSE("CAP * LIST");
	assert_eq(irc_recv(s, &m), 1);
	assert_eq(mock_send_n, 0);
	assert_eq(mock_line_n, 1);
	assert_strcmp(mock_line[0], "CAP LIST: parameter is null");

	/* test empty LIST, no parameter, multiline */
	mock_reset();
	IRC_MESSAGE_PARSE("CAP * LIST *");
	assert_eq(irc_recv(s, &m), 1);
	assert_eq(mock_send_n, 0);
	assert_eq(mock_line_n, 1);
	assert_strcmp(mock_line[0], "CAP LIST: parameter is null");

	/* test multiple parameters, no '*' */
	mock_reset();
	IRC_MESSAGE_PARSE("CAP * LIST cap-1 cap-2");
	assert_eq(irc_recv(s, &m), 1);
	assert_eq(mock_send_n, 0);
	assert_eq(mock_line_n, 1);
	assert_strcmp(mock_line[0], "CAP LIST: invalid parameters");

	/* test empty LIST, with leading ':' */
	mock_reset();
	IRC_MESSAGE_PARSE("CAP * LIST :");
	assert_eq(irc_recv(s, &m), 0);
	assert_eq(mock_send_n, 0);
	assert_eq(mock_line_n, 1);
	assert_strcmp(mock_line[0], "CAP LIST: (no capabilities)");

	/* test no leading ':' */
	mock_reset();
	IRC_MESSAGE_PARSE("CAP * LIST cap-1");
	assert_eq(irc_recv(s, &m), 0);
	assert_eq(mock_send_n, 0);
	assert_eq(mock_line_n, 1);
	assert_strcmp(mock_line[0], "CAP LIST: cap-1");

	/* test with leading ':' */
	mock_reset();
	IRC_MESSAGE_PARSE("CAP * LIST :cap-1");
	assert_eq(irc_recv(s, &m), 0);
	assert_eq(mock_send_n, 0);

	/* test multiple caps */
	mock_reset();
	IRC_MESSAGE_PARSE("CAP * LIST :cap-1 cap-2 cap-3");
	assert_eq(irc_recv(s, &m), 0);
	assert_eq(mock_send_n, 0);
	assert_eq(mock_line_n, 1);
	assert_strcmp(mock_line[0], "CAP LIST: cap-1 cap-2 cap-3");

	/* test multiline */
	mock_reset();
	IRC_MESSAGE_PARSE("CAP * LIST * cap-1");
	assert_eq(irc_recv(s, &m), 0);
	IRC_MESSAGE_PARSE("CAP * LIST * :cap-2 cap-3");
	assert_eq(irc_recv(s, &m), 0);
	IRC_MESSAGE_PARSE("CAP * LIST cap-4");
	assert_eq(irc_recv(s, &m), 0);
	assert_eq(mock_send_n, 0);
	assert_eq(mock_line_n, 3);
	assert_strcmp(mock_line[0], "CAP LIST: cap-1");
	assert_strcmp(mock_line[1], "CAP LIST: cap-2 cap-3");
	assert_strcmp(mock_line[2], "CAP LIST: cap-4");
}

static void
test_ircv3_CAP_ACK(void)
{
	/* test empty ACK */
	mock_reset();
	IRC_MESSAGE_PARSE("CAP * ACK");
	assert_eq(irc_recv(s, &m), 1);
	assert_eq(mock_send_n, 0);
	assert_eq(mock_line_n, 1);
	assert_strcmp(mock_line[0], "CAP ACK: parameter is null");

	/* test empty ACK, with leading ':' */
	mock_reset();
	IRC_MESSAGE_PARSE("CAP * ACK :");
	assert_eq(irc_recv(s, &m), 1);
	assert_eq(mock_send_n, 0);
	assert_eq(mock_line_n, 1);
	assert_strcmp(mock_line[0], "CAP ACK: parameter is empty");

	/* unregisterd, error */
	mock_reset();
	s->ircv3_caps.cap_1.set = 0;
	s->ircv3_caps.cap_2.set = 0;
	s->ircv3_caps.cap_1.req = 1;
	s->ircv3_caps.cap_2.req = 1;
	IRC_MESSAGE_PARSE("CAP * ACK :cap-1 cap-aaa cap-2 cap-bbb");
	assert_eq(irc_recv(s, &m), 1);
	assert_eq(mock_send_n, 0);
	assert_eq(mock_line_n, 5);
	assert_strcmp(mock_line[0], "capability change accepted: cap-1");
	assert_strcmp(mock_line[1], "CAP ACK: 'cap-aaa' not supported");
	assert_strcmp(mock_line[2], "capability change accepted: cap-2");
	assert_strcmp(mock_line[3], "CAP ACK: 'cap-bbb' not supported");
	assert_strcmp(mock_line[4], "CAP ACK: parameter errors");

	/* unregistered, no error */
	mock_reset();
	s->ircv3_caps.cap_1.set = 0;
	s->ircv3_caps.cap_2.set = 1;
	s->ircv3_caps.cap_3.set = 1;
	s->ircv3_caps.cap_1.req = 1;
	s->ircv3_caps.cap_2.req = 1;
	s->ircv3_caps.cap_3.req = 1;
	IRC_MESSAGE_PARSE("CAP * ACK :cap-1 -cap-2");
	assert_eq(irc_recv(s, &m), 0);
	assert_eq(mock_send_n, 0);
	assert_eq(mock_line_n, 2);
	assert_strcmp(mock_line[0], "capability change accepted: cap-1");
	assert_strcmp(mock_line[1], "capability change accepted: -cap-2");
	assert_eq(s->ircv3_caps.cap_1.set, 1);
	assert_eq(s->ircv3_caps.cap_2.set, 0);
	IRC_MESSAGE_PARSE("CAP * ACK :-cap-3");
	assert_eq(irc_recv(s, &m), 0);
	assert_eq(mock_send_n, 1);
	assert_eq(mock_line_n, 3);
	assert_strcmp(mock_line[2], "capability change accepted: -cap-3");
	assert_strcmp(mock_send[0], "CAP END");

	/* registered, error */
	mock_reset();
	s->registered = 1;
	s->ircv3_caps.cap_1.set = 0;
	s->ircv3_caps.cap_2.set = 1;
	s->ircv3_caps.cap_3.set = 0;
	s->ircv3_caps.cap_4.set = 1;
	s->ircv3_caps.cap_1.req = 1;
	s->ircv3_caps.cap_2.req = 1;
	s->ircv3_caps.cap_3.req = 1;
	s->ircv3_caps.cap_4.req = 0;
	IRC_MESSAGE_PARSE("CAP * ACK :cap-1 cap-2 -cap-3 -cap-4");
	assert_eq(irc_recv(s, &m), 1);
	assert_eq(mock_send_n, 0);
	assert_eq(mock_line_n, 5);
	assert_strcmp(mock_line[0], "capability change accepted: cap-1");
	assert_strcmp(mock_line[1], "CAP ACK: 'cap-2' was set");
	assert_strcmp(mock_line[2], "CAP ACK: 'cap-3' was not set");
	assert_strcmp(mock_line[3], "CAP ACK: '-cap-4' was not requested");
	assert_strcmp(mock_line[4], "CAP ACK: parameter errors");

	/* registered, no error */
	mock_reset();
	s->registered = 1;
	s->ircv3_caps.cap_1.set = 0;
	s->ircv3_caps.cap_2.set = 1;
	s->ircv3_caps.cap_1.req = 1;
	s->ircv3_caps.cap_2.req = 1;
	IRC_MESSAGE_PARSE("CAP * ACK :cap-1 -cap-2");
	assert_eq(irc_recv(s, &m), 0);
	assert_eq(mock_send_n, 0);
	assert_eq(mock_line_n, 2);
	assert_strcmp(mock_line[0], "capability change accepted: cap-1");
	assert_strcmp(mock_line[1], "capability change accepted: -cap-2");
	assert_eq(s->ircv3_caps.cap_1.set, 1);
	assert_eq(s->ircv3_caps.cap_2.set, 0);
}

static void
test_ircv3_CAP_NAK(void)
{
	/* test empty NAK */
	mock_reset();
	IRC_MESSAGE_PARSE("CAP * NAK");
	assert_eq(irc_recv(s, &m), 1);
	assert_eq(mock_send_n, 0);
	assert_eq(mock_line_n, 1);
	assert_strcmp(mock_line[0], "CAP NAK: parameter is null");

	/* test empty NAK, with leading ':' */
	mock_reset();
	IRC_MESSAGE_PARSE("CAP * NAK :");
	assert_eq(irc_recv(s, &m), 1);
	assert_eq(mock_send_n, 0);
	assert_eq(mock_line_n, 1);
	assert_strcmp(mock_line[0], "CAP NAK: parameter is empty");

	/* test unsupported caps */
	mock_reset();
	IRC_MESSAGE_PARSE("CAP * NAK :cap-aaa cap-bbb cap-ccc");
	assert_eq(irc_recv(s, &m), 0);
	assert_eq(mock_send_n, 1);
	assert_eq(mock_line_n, 3);
	assert_strcmp(mock_line[0], "capability change rejected: cap-aaa");
	assert_strcmp(mock_line[1], "capability change rejected: cap-bbb");
	assert_strcmp(mock_line[2], "capability change rejected: cap-ccc");
	assert_strcmp(mock_send[0], "CAP END");

	/* test supported caps */
	mock_reset();
	s->ircv3_caps.cap_1.req = 0;
	s->ircv3_caps.cap_2.req = 1;
	s->ircv3_caps.cap_3.req = 1;
	s->ircv3_caps.cap_1.set = 0;
	s->ircv3_caps.cap_2.set = 1;
	s->ircv3_caps.cap_3.set = 1;
	IRC_MESSAGE_PARSE("CAP * NAK :cap-1 cap-2");
	assert_eq(irc_recv(s, &m), 0);
	assert_eq(mock_send_n, 0);
	assert_eq(mock_line_n, 2);
	assert_strcmp(mock_line[0], "capability change rejected: cap-1");
	assert_strcmp(mock_line[1], "capability change rejected: cap-2");
	assert_eq(s->ircv3_caps.cap_1.req, 0);
	assert_eq(s->ircv3_caps.cap_2.req, 0);
	assert_eq(s->ircv3_caps.cap_1.set, 0);
	assert_eq(s->ircv3_caps.cap_2.set, 1);
	IRC_MESSAGE_PARSE("CAP * NAK :cap-3");
	assert_eq(irc_recv(s, &m), 0);
	assert_eq(mock_send_n, 1);
	assert_eq(mock_line_n, 3);
	assert_strcmp(mock_line[2], "capability change rejected: cap-3");
	assert_strcmp(mock_send[0], "CAP END");

	/* test registered - don't send END */
	mock_reset();
	s->registered = 1;
	s->ircv3_caps.cap_1.req = 0;
	s->ircv3_caps.cap_2.req = 1;
	s->ircv3_caps.cap_1.set = 0;
	s->ircv3_caps.cap_2.set = 1;
	IRC_MESSAGE_PARSE("CAP * NAK :cap-1 cap-2");
	assert_eq(irc_recv(s, &m), 0);
	assert_eq(mock_send_n, 0);
	assert_eq(mock_line_n, 2);
	assert_strcmp(mock_line[0], "capability change rejected: cap-1");
	assert_strcmp(mock_line[1], "capability change rejected: cap-2");
	assert_eq(s->ircv3_caps.cap_1.req, 0);
	assert_eq(s->ircv3_caps.cap_2.req, 0);
	assert_eq(s->ircv3_caps.cap_1.set, 0);
	assert_eq(s->ircv3_caps.cap_2.set, 1);
}

static void
test_ircv3_CAP_DEL(void)
{
	/* test empty DEL */
	mock_reset();
	IRC_MESSAGE_PARSE("CAP * DEL");
	assert_eq(irc_recv(s, &m), 1);
	assert_eq(mock_send_n, 0);
	assert_eq(mock_line_n, 1);
	assert_strcmp(mock_line[0], "CAP DEL: parameter is null");

	/* test empty DEL, with leading ':' */
	mock_reset();
	IRC_MESSAGE_PARSE("CAP * DEL :");
	assert_eq(irc_recv(s, &m), 1);
	assert_eq(mock_send_n, 0);
	assert_eq(mock_line_n, 1);
	assert_strcmp(mock_line[0], "CAP DEL: parameter is empty");

	/* test cap-7 doesn't support DEL */
	mock_reset();
	IRC_MESSAGE_PARSE("CAP * DEL :cap-7");
	assert_eq(irc_recv(s, &m), 1);
	assert_eq(mock_send_n, 0);
	assert_eq(mock_line_n, 1);
	assert_strcmp(mock_line[0], "CAP DEL: 'cap-7' doesn't support DEL");

	/* test unsupported caps */
	mock_reset();
	IRC_MESSAGE_PARSE("CAP * DEL :cap-aaa cap-bbb cap-ccc");
	assert_eq(irc_recv(s, &m), 0);
	assert_eq(mock_send_n, 0);
	assert_eq(mock_line_n, 0);

	/* test supported caps */
	mock_reset();
	s->ircv3_caps.cap_1.req = 0;
	s->ircv3_caps.cap_2.req = 1;
	s->ircv3_caps.cap_1.set = 1;
	s->ircv3_caps.cap_2.set = 0;
	s->ircv3_caps.cap_1.supported = 1;
	s->ircv3_caps.cap_2.supported = 1;
	IRC_MESSAGE_PARSE("CAP * DEL :cap-1 cap-2");
	assert_eq(irc_recv(s, &m), 0);
	assert_eq(mock_send_n, 0);
	assert_eq(mock_line_n, 2);
	assert_strcmp(mock_line[0], "capability lost: cap-1");
	assert_strcmp(mock_line[1], "capability lost: cap-2");
	assert_eq(s->ircv3_caps.cap_1.req, 0);
	assert_eq(s->ircv3_caps.cap_2.req, 0);
	assert_eq(s->ircv3_caps.cap_1.set, 0);
	assert_eq(s->ircv3_caps.cap_2.set, 0);
	assert_eq(s->ircv3_caps.cap_1.supported, 0);
	assert_eq(s->ircv3_caps.cap_2.supported, 0);
}

static void
test_ircv3_CAP_NEW(void)
{
	/* test empty NEW */
	mock_reset();
	IRC_MESSAGE_PARSE("CAP * NEW");
	assert_eq(irc_recv(s, &m), 1);
	assert_eq(mock_send_n, 0);
	assert_eq(mock_line_n, 1);
	assert_strcmp(mock_line[0], "CAP NEW: parameter is null");

	/* test empty DEL, with leading ':' */
	mock_reset();
	IRC_MESSAGE_PARSE("CAP * NEW :");
	assert_eq(irc_recv(s, &m), 1);
	assert_eq(mock_send_n, 0);
	assert_eq(mock_line_n, 1);
	assert_strcmp(mock_line[0], "CAP NEW: parameter is empty");

	/* test unsupported caps */
	mock_reset();
	IRC_MESSAGE_PARSE("CAP * NEW :cap-aaa cap-bbb cap-ccc");
	assert_eq(irc_recv(s, &m), 0);
	assert_eq(mock_send_n, 0);
	assert_eq(mock_line_n, 0);

	/* test supported caps */
	mock_reset();
	IRC_MESSAGE_PARSE("CAP * NEW :cap-1 cap-2 cap-3 cap-4 cap-5 cap-6 cap-7");
	assert_eq(irc_recv(s, &m), 0);
	assert_eq(mock_send_n, 1);
	assert_eq(mock_line_n, 7);
	assert_strcmp(mock_line[0], "new capability: cap-1 (auto-req)");
	assert_strcmp(mock_line[1], "new capability: cap-2"); /* no REQ (IRCV3_CAP_AUTO disasabled) */
	assert_strcmp(mock_line[2], "new capability: cap-3 (auto-req)");
	assert_strcmp(mock_line[3], "new capability: cap-4 (auto-req)");
	assert_strcmp(mock_line[4], "new capability: cap-5"); /* no REQ (IRCV3_CAP_AUTO disasabled) */
	assert_strcmp(mock_line[5], "new capability: cap-6 (auto-req)");
	assert_strcmp(mock_line[6], "new capability: cap-7 (auto-req)");
	assert_strcmp(mock_send[0], "CAP REQ :cap-1 cap-3 cap-4 cap-6 cap-7");
	assert_eq(s->ircv3_caps.cap_1.supported, 1);
	assert_eq(s->ircv3_caps.cap_2.supported, 1);
	assert_eq(s->ircv3_caps.cap_3.supported, 1);
	assert_eq(s->ircv3_caps.cap_4.supported, 1);
	assert_eq(s->ircv3_caps.cap_5.supported, 1);
	assert_eq(s->ircv3_caps.cap_6.supported, 1);
	assert_eq(s->ircv3_caps.cap_7.supported, 1);

	/* test supported caps with cap.req, cap.set */
	mock_reset();
	s->ircv3_caps.cap_1.req = 1; /* test cap.req */
	s->ircv3_caps.cap_4.set = 1; /* test cap.set */
	IRC_MESSAGE_PARSE("CAP * NEW :cap-1 cap-2 cap-3 cap-4 cap-5 cap-6 cap-7");
	assert_eq(irc_recv(s, &m), 0);
	assert_eq(mock_send_n, 1);
	assert_eq(mock_line_n, 7);
	assert_strcmp(mock_line[0], "new capability: cap-1"); /* no REQ (.req = 1) */
	assert_strcmp(mock_line[1], "new capability: cap-2"); /* no REQ (IRCV3_CAP_AUTO disasabled) */
	assert_strcmp(mock_line[2], "new capability: cap-3 (auto-req)");
	assert_strcmp(mock_line[3], "new capability: cap-4"); /* no REQ (.set = 1) */
	assert_strcmp(mock_line[4], "new capability: cap-5"); /* no REQ (IRCV3_CAP_AUTO disasabled) */
	assert_strcmp(mock_line[5], "new capability: cap-6 (auto-req)");
	assert_strcmp(mock_line[6], "new capability: cap-7 (auto-req)");
	assert_strcmp(mock_send[0], "CAP REQ :cap-3 cap-6 cap-7");
	assert_eq(s->ircv3_caps.cap_1.supported, 1);
	assert_eq(s->ircv3_caps.cap_2.supported, 1);
	assert_eq(s->ircv3_caps.cap_3.supported, 1);
	assert_eq(s->ircv3_caps.cap_4.supported, 1);
	assert_eq(s->ircv3_caps.cap_5.supported, 1);
	assert_eq(s->ircv3_caps.cap_6.supported, 1);
	assert_eq(s->ircv3_caps.cap_7.supported, 1);

	/* test supported caps, only non-auto */
	mock_reset();
	IRC_MESSAGE_PARSE("CAP * NEW :cap-2 cap-5");
	assert_eq(irc_recv(s, &m), 0);
	assert_eq(mock_send_n, 0);
	assert_eq(mock_line_n, 2);
	assert_strcmp(mock_line[0], "new capability: cap-2"); /* no REQ (IRCV3_CAP_AUTO disasabled) */
	assert_strcmp(mock_line[1], "new capability: cap-5"); /* no REQ (IRCV3_CAP_AUTO disasabled) */
	assert_eq(s->ircv3_caps.cap_1.supported, 0);
	assert_eq(s->ircv3_caps.cap_2.supported, 1);
	assert_eq(s->ircv3_caps.cap_3.supported, 0);
	assert_eq(s->ircv3_caps.cap_4.supported, 0);
	assert_eq(s->ircv3_caps.cap_5.supported, 1);
	assert_eq(s->ircv3_caps.cap_6.supported, 0);
	assert_eq(s->ircv3_caps.cap_7.supported, 0);
}

static void
test_ircv3_cap_req_count(void)
{
	mock_reset();
	assert_eq(ircv3_cap_req_count(&(s->ircv3_caps)), 0);

	mock_reset();
	s->ircv3_caps.cap_1.req = 1;
	assert_eq(ircv3_cap_req_count(&(s->ircv3_caps)), 1);

	mock_reset();
	s->ircv3_caps.cap_1.req = 1;
	s->ircv3_caps.cap_2.req = 1;
	s->ircv3_caps.cap_3.req = 1;
	assert_eq(ircv3_cap_req_count(&(s->ircv3_caps)), 3);
}

static void
test_ircv3_cap_req_send(void)
{
	mock_reset();
	s->ircv3_caps.cap_1.req = 1;
	assert_eq(ircv3_cap_req_send(&(s->ircv3_caps), s), 0);
	assert_eq(mock_send_n, 1);
	assert_eq(mock_line_n, 0);
	assert_strcmp(mock_send[0], "CAP REQ :cap-1");

	mock_reset();
	s->ircv3_caps.cap_1.req = 1;
	s->ircv3_caps.cap_3.req = 1;
	assert_eq(ircv3_cap_req_send(&(s->ircv3_caps), s), 0);
	assert_eq(mock_send_n, 1);
	assert_eq(mock_line_n, 0);
	assert_strcmp(mock_send[0], "CAP REQ :cap-1 cap-3");

	mock_reset();
	s->ircv3_caps.cap_1.req = 1;
	s->ircv3_caps.cap_3.req = 1;
	s->ircv3_caps.cap_5.req = 1;
	assert_eq(ircv3_cap_req_send(&(s->ircv3_caps), s), 0);
	assert_eq(mock_send_n, 1);
	assert_eq(mock_line_n, 0);
	assert_strcmp(mock_send[0], "CAP REQ :cap-1 cap-3 cap-5");
}

static int
test_init(void)
{
	if (!(s = server("host", "post", NULL, "user", "real")))
		return -1;

	return 0;
}

static int
test_term(void)
{
	server_free(s);

	return 0;
}

int
main(void)
{
	struct testcase tests[] = {
		TESTCASE(test_ircv3_CAP),
		TESTCASE(test_ircv3_CAP_LS),
		TESTCASE(test_ircv3_CAP_LIST),
		TESTCASE(test_ircv3_CAP_ACK),
		TESTCASE(test_ircv3_CAP_NAK),
		TESTCASE(test_ircv3_CAP_DEL),
		TESTCASE(test_ircv3_CAP_NEW),
		TESTCASE(test_ircv3_cap_req_count),
		TESTCASE(test_ircv3_cap_req_send),
	};

	return run_tests(test_init, test_term, tests);
}