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/* This file is part of the Project Athena Zephyr Notification System.
* It contains the server unit tests.
*
* Created by: Karl Ramm
*
* Copyright (c) 1987,1988,1991 by the Massachusetts Institute of Technology.
* For copying and distribution information, see the file
* "mit-copyright.h".
*/
#include <stdio.h>
#include <stdlib.h>
#include "zserver.h"
int ulogin_add_user(ZNotice_t *notice, Exposure_type exposure,
struct sockaddr_in *who);
Exposure_type ulogin_remove_user(ZNotice_t *notice,
struct sockaddr_in *who,
int *err_return);
int ulogin_find(char *user, struct in_addr *host,
unsigned int port);
int ulogin_find_user(char *user);
void ulogin_flush_user(ZNotice_t *notice);
extern Location *locations;
#define TEST(EXP) \
do { \
printf("%s:%d: %s: ", __FILE__, __LINE__, #EXP); \
fflush(stdout); \
if (EXP) { \
puts("PASS"); \
} else { \
puts("FAIL"); \
failures++; \
} \
fflush(stdout); \
} while (0)
#define V(EXP) \
do { \
printf("%s:%d: %s\n", __FILE__, __LINE__, #EXP); \
fflush(stdout); \
EXP; \
} while (0)
int failures = 0;
void test_uloc(void);
int
main(int argc, char **argv)
{
puts("Zephyr server testing");
puts("");
test_uloc();
exit(!(failures == 0));
}
void
test_uloc(void)
{
ZNotice_t z1, z2, z0, z4;
String *s1, *s2, *s0, *s4;
struct sockaddr_in who1, who2, who3, who0, who4;
int ret;
puts("uloc storage routines");
TEST(ulogin_find_user("nonexistent") == -1);
/* fake up just enough */
who1.sin_family = AF_INET;
who1.sin_port = 1;
who1.sin_addr.s_addr = INADDR_LOOPBACK;
z1.z_class_inst = "user1";
z1.z_port = 1;
z1.z_message = "here\0now\0this\0";
z1.z_message_len = 14;
s1 = make_string(z1.z_class_inst, 0);
TEST(ulogin_add_user(&z1, NET_ANN, &who1) == 0);
TEST(ulogin_find_user("user1") != -1);
who2.sin_family = AF_INET;
who2.sin_port = 2;
who2.sin_addr.s_addr = INADDR_LOOPBACK;
z2.z_class_inst = "user2";
z2.z_port = 2;
z2.z_message = "here\0now\0this\0";
z2.z_message_len = 14;
s2 = make_string(z2.z_class_inst, 0);
TEST(ulogin_add_user(&z2, NET_ANN, &who2) == 0);
TEST(ulogin_find_user("user2") != -1);
TEST(locations[ulogin_find_user("user1")].user == s1);
TEST(locations[ulogin_find_user("user2")].user == s2);
TEST(ulogin_add_user(&z1, NET_ANN, &who1) == 0);
TEST(locations[ulogin_find_user("user1")].user == s1);
TEST(locations[ulogin_find_user("user2")].user == s2);
who3.sin_family = AF_INET;
who3.sin_port = 3;
who3.sin_addr.s_addr = INADDR_LOOPBACK;
TEST(ulogin_find("user1", &who3.sin_addr, 3) == -1);
who0.sin_family = AF_INET;
who0.sin_port = 3;
who0.sin_addr.s_addr = INADDR_LOOPBACK;
z0.z_class_inst = "user0";
z0.z_port = 3;
z0.z_message = "here\0now\0this\0";
z0.z_message_len = 14;
s0 = make_string(z0.z_class_inst, 0);
TEST(ulogin_add_user(&z0, NET_ANN, &who0) == 0);
TEST(ulogin_find_user("user0") != -1);
TEST(locations[ulogin_find_user("user1")].user == s1);
TEST(locations[ulogin_find_user("user2")].user == s2);
TEST(ulogin_remove_user(&z0, &who0, &ret) == NET_ANN && ret == 0);
/* 1 = NOLOC */
TEST(ulogin_remove_user(&z0, &who0, &ret) == NONE && ret == 1);
TEST(ulogin_add_user(&z0, NET_ANN, &who0) == 0);
TEST(ulogin_remove_user(&z1, &who0, &ret) == NET_ANN && ret == 0);
V(ulogin_flush_user(&z0));
TEST(ulogin_find_user("user0") == -1);
TEST(ulogin_add_user(&z0, NET_ANN, &who0) == 0);
TEST(ulogin_add_user(&z1, NET_ANN, &who1) == 0);
V(ulogin_flush_user(&z1));
TEST(ulogin_find_user("user1") == -1);
who4.sin_family = AF_INET;
who4.sin_port = 4;
who4.sin_addr.s_addr = INADDR_ANY;
z4.z_class_inst = "user4";
z4.z_port = 4;
z4.z_message = "here\0now\0this\0";
z4.z_message_len = 14;
s4 = make_string(z4.z_class_inst, 0);
TEST(ulogin_add_user(&z4, NET_ANN, &who4) == 0);
V(uloc_flush_client(&who2));
TEST(locations[ulogin_find_user("user0")].user == s0);
TEST(ulogin_find_user("user1") == -1);
TEST(ulogin_find_user("user2") == -1);
TEST(locations[ulogin_find_user("user4")].user == s4);
V(uloc_hflush(&who0.sin_addr));
TEST(ulogin_find_user("user0") == -1);
TEST(ulogin_find_user("user1") == -1);
TEST(ulogin_find_user("user2") == -1);
TEST(locations[ulogin_find_user("user4")].user == s4);
}
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