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libosmocore/tests/gsm23236/gsm23236_test.c

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/*
* (C) 2020 by sysmocom s.f.m.c. GmbH <info@sysmocom.de>
* Author: Neels Hofmeyr <nhofmeyr@sysmocom.de>
* All Rights Reserved
*
* SPDX-License-Identifier: GPL-2.0+
*
* This program is free software; you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation; either version 2 of the License, or
* (at your option) any later version.
*
* This program 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 General Public License for more details.
*
*/
#include <stdio.h>
#include <errno.h>
#include <strings.h>
#include <string.h>
#include <osmocom/gsm/gsm23236.h>
#include <osmocom/core/utils.h>
void *ctx;
bool ok = true;
void bitdump(uint8_t count, uint32_t val)
{
uint32_t bit;
if (count < 1)
return;
for (bit = ((uint32_t)1) << (count - 1); bit; bit >>= 1)
printf("%c", (val & bit)? '1' : '0');
}
struct nri_v_get_set_test {
uint32_t tmsi;
uint8_t nri_bitlen;
int16_t expect_get_nri;
int expect_get_rc;
int16_t set_nri_v;
uint32_t expect_tmsi;
int expect_set_rc;
};
struct nri_v_get_set_test nri_v_get_set_tests[] = {
{
.tmsi = 0,
.nri_bitlen = 10,
.expect_get_nri = 0,
.set_nri_v = 0,
.expect_tmsi = 0,
},
{
.tmsi = 0,
.nri_bitlen = 10,
.expect_get_nri = 0,
.set_nri_v = 0x7fff,
.expect_tmsi = 0x00ffc000
},
{
.tmsi = 0xffffffff,
.nri_bitlen = 10,
.expect_get_nri = 0x3ff,
.set_nri_v = 0,
.expect_tmsi = 0xff003fff
},
{
.tmsi = 0xffffffff,
.nri_bitlen = 10,
.expect_get_nri = 0x3ff,
.set_nri_v = 0x7fff,
.expect_tmsi = 0xffffffff
},
{
.tmsi = 0,
.nri_bitlen = 5,
.expect_get_nri = 0,
.set_nri_v = 0,
.expect_tmsi = 0,
},
{
.tmsi = 0,
.nri_bitlen = 5,
.expect_get_nri = 0,
.set_nri_v = 0x7fff,
.expect_tmsi = 0x00f80000
},
{
.tmsi = 0xffffffff,
.nri_bitlen = 5,
.expect_get_nri = 0x1f,
.set_nri_v = 0,
.expect_tmsi = 0xff07ffff
},
{
.tmsi = 0xffffffff,
.nri_bitlen = 5,
.expect_get_nri = 0x1f,
.set_nri_v = 0x7fff,
.expect_tmsi = 0xffffffff
},
{
.tmsi = 0x01234567,
.nri_bitlen = 8,
.expect_get_nri = 0x23,
.set_nri_v = 0x42,
.expect_tmsi = 0x01424567
},
{
.tmsi = 0x01234567,
.nri_bitlen = 15,
.expect_get_nri = 0x2345 >> 1,
.set_nri_v = 0x7fff,
.expect_tmsi = 0x01ffff67
},
{
.tmsi = 0x01234567,
.nri_bitlen = 16,
.expect_get_rc = -1,
.expect_get_nri = -1,
.set_nri_v = 0x7fff,
.expect_set_rc = -1,
.expect_tmsi = 0x01234567,
},
{
.tmsi = 0x01234567,
.nri_bitlen = 0,
.expect_get_rc = -1,
.expect_get_nri = -1,
.set_nri_v = 0x7fff,
.expect_set_rc = -1,
.expect_tmsi = 0x01234567,
},
};
void test_nri_v_get_set()
{
struct nri_v_get_set_test *t;
for (t = nri_v_get_set_tests; t < &nri_v_get_set_tests[ARRAY_SIZE(nri_v_get_set_tests)]; t++) {
int16_t nri_v = 0;
uint32_t tmsi2;
int rc;
rc = osmo_tmsi_nri_v_get(&nri_v, t->tmsi, t->nri_bitlen);
printf("\nosmo_tmsi_nri_v_get(0x%08x, %u) -> nri_v=0x%x rc=%d\n", t->tmsi, t->nri_bitlen, nri_v, rc);
if (!rc) {
printf("........|NRI->..................\n");
bitdump(32, t->tmsi);
printf(" tmsi nri_bitlen=%u\n", t->nri_bitlen);
printf(" ");
bitdump(t->nri_bitlen, nri_v);
printf(" = 0x%x", nri_v);
}
if (nri_v == t->expect_get_nri && rc == t->expect_get_rc) {
printf(" ok\n");
} else {
printf(" ERROR: expected nri_v=0x%x rc=%d\n", t->expect_get_nri, t->expect_get_rc);
ok = false;
}
tmsi2 = t->tmsi;
rc = osmo_tmsi_nri_v_set(&tmsi2, t->set_nri_v, t->nri_bitlen);
printf("osmo_tmsi_nri_v_set(0x%08x, 0x%x, %u) -> tmsi=0x%08x rc=%d\n", t->tmsi, t->set_nri_v, t->nri_bitlen,
tmsi2, rc);
if (!rc) {
printf(" ");
bitdump(t->nri_bitlen, t->set_nri_v);
printf("\n");
bitdump(32, tmsi2);
}
if (tmsi2 == t->expect_tmsi && rc == t->expect_set_rc) {
printf(" ok\n");
} else {
printf(" ERROR: expected tmsi=0x%08x rc=%d\n", t->expect_tmsi, t->expect_set_rc);
ok = false;
}
}
}
struct nri_validate_tc {
int16_t nri;
uint8_t nri_bitlen;
int expect_rc;
};
struct nri_validate_tc nri_validate_tests[] = {
{ .nri = INT16_MIN, .nri_bitlen = 10, .expect_rc = -1 },
{ .nri = -23, .nri_bitlen = 10, .expect_rc = -1 },
{ .nri = -1, .nri_bitlen = 10, .expect_rc = -1 },
{ .nri = 0, .nri_bitlen = 10, .expect_rc = 0 },
{ .nri = (1 << 10) - 1, .nri_bitlen = 10, .expect_rc = 0 },
{ .nri = (1 << 10), .nri_bitlen = 10, .expect_rc = 1 },
{ .nri = INT16_MAX, .nri_bitlen = 10, .expect_rc = 1 },
{ .nri = INT16_MIN, .nri_bitlen = 5, .expect_rc = -1 },
{ .nri = -23, .nri_bitlen = 5, .expect_rc = -1 },
{ .nri = -1, .nri_bitlen = 5, .expect_rc = -1 },
{ .nri = 0, .nri_bitlen = 5, .expect_rc = 0 },
{ .nri = (1 << 5) - 1, .nri_bitlen = 5, .expect_rc = 0 },
{ .nri = (1 << 5), .nri_bitlen = 5, .expect_rc = 1 },
{ .nri = INT16_MAX, .nri_bitlen = 5, .expect_rc = 1 },
{ .nri = INT16_MIN, .nri_bitlen = 1, .expect_rc = -1 },
{ .nri = -23, .nri_bitlen = 1, .expect_rc = -1 },
{ .nri = -1, .nri_bitlen = 1, .expect_rc = -1 },
{ .nri = 0, .nri_bitlen = 1, .expect_rc = 0 },
{ .nri = 1, .nri_bitlen = 1, .expect_rc = 0 },
{ .nri = 2, .nri_bitlen = 1, .expect_rc = 1 },
{ .nri = INT16_MAX, .nri_bitlen = 1, .expect_rc = 1 },
{ .nri = INT16_MIN, .nri_bitlen = 0, .expect_rc = -1 },
{ .nri = -23, .nri_bitlen = 0, .expect_rc = -1 },
{ .nri = -1, .nri_bitlen = 0, .expect_rc = -1 },
{ .nri = 0, .nri_bitlen = 0, .expect_rc = 1 },
{ .nri = 1, .nri_bitlen = 0, .expect_rc = 1 },
{ .nri = INT16_MAX, .nri_bitlen = 0, .expect_rc = 1 },
};
void test_nri_validate()
{
struct nri_validate_tc *t;
printf("\n%s()\n", __func__);
for (t = nri_validate_tests; (t - nri_validate_tests) < ARRAY_SIZE(nri_validate_tests); t++) {
int rc = osmo_nri_v_validate(t->nri, t->nri_bitlen);
printf("osmo_nri_v_validate(%d, %u) = %d ", t->nri, t->nri_bitlen, rc);
if (rc == t->expect_rc) {
printf("ok\n");
} else {
printf("ERROR, expected rc = %d\n", t->expect_rc);
ok = false;
}
}
}
struct nri_range_validate_tc {
struct osmo_nri_range range;
uint8_t nri_bitlen;
int expect_rc;
};
struct nri_range_validate_tc nri_range_validate_tests[] = {
{ .range = { .first = INT16_MIN, .last = INT16_MIN }, .nri_bitlen = 10, .expect_rc = -1 },
{ .range = { .first = -23, .last = -23 }, .nri_bitlen = 10, .expect_rc = -1 },
{ .range = { .first = -1, .last = -1 }, .nri_bitlen = 10, .expect_rc = -1 },
{ .range = { .first = 0, .last = 0 }, .nri_bitlen = 10, .expect_rc = 0 },
{ .range = { .first = (1 << 10) - 1, .last = (1 << 10) - 1 }, .nri_bitlen = 10, .expect_rc = 0 },
{ .range = { .first = (1 << 10), .last = (1 << 10) }, .nri_bitlen = 10, .expect_rc = 1 },
{ .range = { .first = INT16_MAX, .last = INT16_MAX }, .nri_bitlen = 10, .expect_rc = 1 },
{ .range = { .first = INT16_MIN, .last = INT16_MIN }, .nri_bitlen = 5, .expect_rc = -1 },
{ .range = { .first = -23, .last = -23 }, .nri_bitlen = 5, .expect_rc = -1 },
{ .range = { .first = -1, .last = -1 }, .nri_bitlen = 5, .expect_rc = -1 },
{ .range = { .first = 0, .last = 0 }, .nri_bitlen = 5, .expect_rc = 0 },
{ .range = { .first = (1 << 5) - 1, .last = (1 << 5) - 1 }, .nri_bitlen = 5, .expect_rc = 0 },
{ .range = { .first = (1 << 5), .last = (1 << 5) }, .nri_bitlen = 5, .expect_rc = 1 },
{ .range = { .first = INT16_MAX, .last = INT16_MAX }, .nri_bitlen = 5, .expect_rc = 1 },
{ .range = { .first = INT16_MIN, .last = INT16_MIN }, .nri_bitlen = 1, .expect_rc = -1 },
{ .range = { .first = -23, .last = -23 }, .nri_bitlen = 1, .expect_rc = -1 },
{ .range = { .first = -1, .last = -1 }, .nri_bitlen = 1, .expect_rc = -1 },
{ .range = { .first = 0, .last = 0 }, .nri_bitlen = 1, .expect_rc = 0 },
{ .range = { .first = 1, .last = 1 }, .nri_bitlen = 1, .expect_rc = 0 },
{ .range = { .first = 2, .last = 2 }, .nri_bitlen = 1, .expect_rc = 1 },
{ .range = { .first = INT16_MAX, .last = INT16_MAX }, .nri_bitlen = 1, .expect_rc = 1 },
{ .range = { .first = INT16_MIN, .last = INT16_MIN }, .nri_bitlen = 0, .expect_rc = -1 },
{ .range = { .first = -23, .last = -23 }, .nri_bitlen = 0, .expect_rc = -1 },
{ .range = { .first = -1, .last = -1 }, .nri_bitlen = 0, .expect_rc = -1 },
{ .range = { .first = 0, .last = 0 }, .nri_bitlen = 0, .expect_rc = 1 },
{ .range = { .first = 1, .last = 1 }, .nri_bitlen = 0, .expect_rc = 1 },
{ .range = { .first = INT16_MAX, .last = INT16_MAX }, .nri_bitlen = 0, .expect_rc = 1 },
{ .range = { .first = 0, .last = INT16_MIN }, .nri_bitlen = 10, .expect_rc = -2 },
{ .range = { .first = 0, .last = -23 }, .nri_bitlen = 10, .expect_rc = -2 },
{ .range = { .first = 0, .last = -1 }, .nri_bitlen = 10, .expect_rc = -2 },
{ .range = { .first = 0, .last = 0 }, .nri_bitlen = 10, .expect_rc = 0 },
{ .range = { .first = 0, .last = (1 << 10) - 1 }, .nri_bitlen = 10, .expect_rc = 0 },
{ .range = { .first = 0, .last = (1 << 10) }, .nri_bitlen = 10, .expect_rc = 2 },
{ .range = { .first = 0, .last = INT16_MAX }, .nri_bitlen = 10, .expect_rc = 2 },
{ .range = { .first = 0, .last = INT16_MIN }, .nri_bitlen = 5, .expect_rc = -2 },
{ .range = { .first = 0, .last = -23 }, .nri_bitlen = 5, .expect_rc = -2 },
{ .range = { .first = 0, .last = -1 }, .nri_bitlen = 5, .expect_rc = -2 },
{ .range = { .first = 0, .last = 0 }, .nri_bitlen = 5, .expect_rc = 0 },
{ .range = { .first = 0, .last = (1 << 5) - 1 }, .nri_bitlen = 5, .expect_rc = 0 },
{ .range = { .first = 0, .last = (1 << 5) }, .nri_bitlen = 5, .expect_rc = 2 },
{ .range = { .first = 0, .last = INT16_MAX }, .nri_bitlen = 5, .expect_rc = 2 },
{ .range = { .first = 0, .last = INT16_MIN }, .nri_bitlen = 1, .expect_rc = -2 },
{ .range = { .first = 0, .last = -23 }, .nri_bitlen = 1, .expect_rc = -2 },
{ .range = { .first = 0, .last = -1 }, .nri_bitlen = 1, .expect_rc = -2 },
{ .range = { .first = 0, .last = 0 }, .nri_bitlen = 1, .expect_rc = 0 },
{ .range = { .first = 0, .last = 1 }, .nri_bitlen = 1, .expect_rc = 0 },
{ .range = { .first = 0, .last = 2 }, .nri_bitlen = 1, .expect_rc = 2 },
{ .range = { .first = 0, .last = INT16_MAX }, .nri_bitlen = 1, .expect_rc = 2 },
{ .range = { .first = 0, .last = INT16_MIN }, .nri_bitlen = 0, .expect_rc = 1 },
{ .range = { .first = 0, .last = -23 }, .nri_bitlen = 0, .expect_rc = 1 },
{ .range = { .first = 0, .last = -1 }, .nri_bitlen = 0, .expect_rc = 1 },
{ .range = { .first = 0, .last = 0 }, .nri_bitlen = 0, .expect_rc = 1 },
{ .range = { .first = 0, .last = 1 }, .nri_bitlen = 0, .expect_rc = 1 },
{ .range = { .first = 0, .last = INT16_MAX }, .nri_bitlen = 0, .expect_rc = 1 },
{ .range = { .first = 0, .last = 0 }, .nri_bitlen = 10, .expect_rc = 0 },
{ .range = { .first = 1, .last = 0 }, .nri_bitlen = 10, .expect_rc = -3 },
{ .range = { .first = (1 << 10) - 1, .last = (1 << 10) - 1 }, .nri_bitlen = 10, .expect_rc = 0 },
{ .range = { .first = (1 << 10) - 1, .last = (1 << 10) - 2 }, .nri_bitlen = 10, .expect_rc = -3 },
{ .range = { .first = (1 << 10) - 1, .last = 0 }, .nri_bitlen = 10, .expect_rc = -3 },
{ .range = { .first = 0, .last = 0 }, .nri_bitlen = 5, .expect_rc = 0 },
{ .range = { .first = 1, .last = 0 }, .nri_bitlen = 5, .expect_rc = -3 },
{ .range = { .first = (1 << 5) - 1, .last = (1 << 5) - 1 }, .nri_bitlen = 5, .expect_rc = 0 },
{ .range = { .first = (1 << 5) - 1, .last = (1 << 5) - 2 }, .nri_bitlen = 5, .expect_rc = -3 },
{ .range = { .first = (1 << 5) - 1, .last = 0 }, .nri_bitlen = 5, .expect_rc = -3 },
{ .range = { .first = 0, .last = 0 }, .nri_bitlen = 1, .expect_rc = 0 },
{ .range = { .first = 1, .last = 1 }, .nri_bitlen = 1, .expect_rc = 0 },
{ .range = { .first = 1, .last = 0 }, .nri_bitlen = 1, .expect_rc = -3 },
};
void test_nri_range_validate()
{
struct nri_range_validate_tc *t;
printf("\n%s()\n", __func__);
for (t = nri_range_validate_tests; (t - nri_range_validate_tests) < ARRAY_SIZE(nri_range_validate_tests); t++) {
int rc = osmo_nri_range_validate(&t->range, t->nri_bitlen);
printf("osmo_nri_range_validate({%d,%d}, %u) = %d ", t->range.first, t->range.last, t->nri_bitlen, rc);
if (rc == t->expect_rc) {
printf("ok\n");
} else {
printf("ERROR, expected rc = %d\n", t->expect_rc);
ok = false;
}
}
}
void dump_list(const struct osmo_nri_ranges *nri_ranges)
{
struct osmo_nri_range *r;
printf("nri_ranges = {\n");
llist_for_each_entry(r, &nri_ranges->entries, entry) {
printf(" { %d, %d },\n", r->first, r->last);
if (osmo_nri_range_validate(r, 255)) {
ok = false;
printf(" ^^^^^ ERROR: invalid range\n");
}
}
printf("};\n");
}
void test_nri_list()
{
struct osmo_nri_ranges *nri_ranges = osmo_nri_ranges_alloc(ctx);
printf("\n%s()\n", __func__);
#define ADD(FIRST, LAST) do { \
struct osmo_nri_range r = { .first = FIRST, .last = LAST }; \
int rc; \
rc = osmo_nri_ranges_add(nri_ranges, &r); \
printf("osmo_nri_ranges_add(%d, %d) -> %d\n", r.first, r.last, rc); \
dump_list(nri_ranges); \
} while(0)
#define DEL(FIRST, LAST) do { \
struct osmo_nri_range r = { .first = FIRST, .last = LAST }; \
int rc; \
rc = osmo_nri_ranges_del(nri_ranges, &r); \
printf("osmo_nri_ranges_del(%d, %d) -> %d\n", r.first, r.last, rc); \
dump_list(nri_ranges); \
} while(0)
#define MATCHES(NRI, EXPECT_MATCH) do { \
bool matches = osmo_nri_v_matches_ranges(NRI, nri_ranges); \
printf("osmo_nri_v_matches_ranges(%d) -> %s\n", NRI, matches ? "true" : "false"); \
if (matches != EXPECT_MATCH) { \
ok = false; \
printf(" ^ ERROR: expected " #EXPECT_MATCH "\n"); \
} \
} while(0)
#define OVERLAPS(FIRST, LAST, EXPECT_OVERLAP) do { \
struct osmo_nri_range r = { .first = FIRST, .last = LAST }; \
bool overlaps = osmo_nri_range_overlaps_ranges(&r, nri_ranges); \
printf("osmo_nri_range_overlaps_ranges(%d, %d) -> %s\n", r.first, r.last, overlaps ? "true" : "false"); \
if (overlaps != EXPECT_OVERLAP) { \
ok = false; \
printf(" ^ ERROR: expected " #EXPECT_OVERLAP "\n"); \
} \
} while(0)
dump_list(nri_ranges);
MATCHES(INT16_MIN, false);
MATCHES(-1, false);
MATCHES(0, false);
MATCHES(INT16_MAX, false);
MATCHES(100, false);
OVERLAPS(INT16_MIN, -1, false);
OVERLAPS(-100, 100, false);
OVERLAPS(10, 20, false);
ADD(100, 200);
MATCHES(INT16_MIN, false);
MATCHES(-1, false);
MATCHES(0, false);
MATCHES(INT16_MAX, false);
MATCHES(99, false);
MATCHES(100, true);
MATCHES(101, true);
MATCHES(199, true);
MATCHES(200, true);
MATCHES(201, false);
OVERLAPS(INT16_MIN, -1, false);
OVERLAPS(-100, 100, true);
OVERLAPS(10, 20, false);
OVERLAPS(10, 99, false);
OVERLAPS(10, 100, true);
OVERLAPS(10, 150, true);
OVERLAPS(99, 99, false);
OVERLAPS(100, 100, true);
OVERLAPS(150, 300, true);
OVERLAPS(200, 300, true);
OVERLAPS(201, 300, false);
printf("\ndel from start:\n");
DEL(0, 110);
DEL(111, 111);
DEL(112, 199);
MATCHES(INT16_MIN, false);
MATCHES(-1, false);
MATCHES(0, false);
MATCHES(INT16_MAX, false);
MATCHES(199, false);
MATCHES(200, true);
MATCHES(201, false);
OVERLAPS(INT16_MIN, -1, false);
OVERLAPS(-1000, 1000, true);
OVERLAPS(0, 199, false);
OVERLAPS(0, 200, true);
OVERLAPS(0, 201, true);
OVERLAPS(0, 1000, true);
OVERLAPS(199, 199, false);
OVERLAPS(200, 200, true);
OVERLAPS(201, 201, false);
printf("\ndel from end:\n");
ADD(100, 200);
DEL(190, INT16_MAX);
DEL(189, 189);
DEL(101, 188);
MATCHES(INT16_MIN, false);
MATCHES(-1, false);
MATCHES(0, false);
MATCHES(INT16_MAX, false);
MATCHES(99, false);
MATCHES(100, true);
MATCHES(101, false);
printf("\ndel from middle:\n");
ADD(100, 200);
DEL(150, 160);
DEL(110, 120);
DEL(130, 130);
DEL(180, 190);
MATCHES(INT16_MIN, false);
MATCHES(-1, false);
MATCHES(0, false);
MATCHES(INT16_MAX, false);
MATCHES(99, false);
MATCHES(100, true);
MATCHES(109, true);
MATCHES(110, false);
MATCHES(120, false);
MATCHES(121, true);
MATCHES(129, true);
MATCHES(130, false);
MATCHES(131, true);
MATCHES(148, true);
MATCHES(149, true);
MATCHES(150, false);
MATCHES(160, false);
MATCHES(161, true);
MATCHES(170, true);
MATCHES(179, true);
MATCHES(180, false);
MATCHES(185, false);
MATCHES(190, false);
MATCHES(191, true);
MATCHES(195, true);
MATCHES(200, true);
MATCHES(201, false);
MATCHES(1000, false);
OVERLAPS(110, 120, false);
OVERLAPS(110, 130, true);
OVERLAPS(100, 200, true);
printf("\ndel across whole chunks:\n");
DEL(115, 185);
DEL(105, 195);
DEL(0, 1000);
printf("\nadd to join chunks:\n");
ADD(0, 100);
DEL(11, 19);
DEL(23, 23);
DEL(30, 41);
ADD(23, 23);
ADD(11, 41);
MATCHES(0, true);
MATCHES(10, true);
MATCHES(11, true);
MATCHES(24, true);
MATCHES(41, true);
MATCHES(42, true);
MATCHES(100, true);
MATCHES(101, false);
printf("\nborder cases:\n");
ADD(0, 0);
ADD(INT16_MAX, INT16_MAX);
ADD(1, INT16_MAX - 1);
MATCHES(INT16_MIN, false);
MATCHES(-1, false);
MATCHES(0, true);
MATCHES(INT16_MAX, true);
DEL(0, 0);
DEL(INT16_MAX, INT16_MAX);
DEL(1, INT16_MAX - 1);
printf("\nrange errors:\n");
ADD(-1, -1);
ADD(-20, -10);
ADD(100, 1);
ADD(0, INT16_MAX);
DEL(-1, -1);
DEL(-20, -10);
DEL(100, 1);
}
void test_nri_limit_by_ranges()
{
const uint8_t nri_bitlen = 8;
const int16_t expect_nri_vals[] = { 10, 20, 21, 30, 31, 32 };
int i;
struct osmo_nri_ranges *nri_ranges = osmo_nri_ranges_alloc(ctx);
printf("\n%s()\n", __func__);
ADD(10, 10);
ADD(20, 21);
ADD(30, 32);
for (i = 0; i < 19; i++) {
int rc;
int16_t nri_v;
int16_t expect_nri_v = expect_nri_vals[i % ARRAY_SIZE(expect_nri_vals)];
nri_v = i;
rc = osmo_nri_v_limit_by_ranges(&nri_v, nri_ranges, nri_bitlen);
printf("osmo_nri_v_limit_by_ranges(%d) -> nri_v=%d rc=%d", i, nri_v, rc);
if (!rc && nri_v == expect_nri_v) {
printf(" ok\n");
} else {
printf(" ERROR: expected nri_v=%d rc=0\n", expect_nri_v);
ok = false;
}
}
for (i = 0; i < 19; i++) {
int rc;
int16_t nri_v;
uint32_t tmsi, tmsi2;
int16_t expect_nri_v = expect_nri_vals[i % ARRAY_SIZE(expect_nri_vals)];
tmsi = 0;
osmo_tmsi_nri_v_set(&tmsi, i, nri_bitlen);
tmsi2 = tmsi;
rc = osmo_tmsi_nri_v_limit_by_ranges(&tmsi2, nri_ranges, nri_bitlen);
osmo_tmsi_nri_v_get(&nri_v, tmsi2, nri_bitlen);
printf("osmo_tmsi_nri_v_limit_by_ranges(0x%08x, %u) -> tmsi=0x%08x nri_v=%d rc=%d",
tmsi, nri_bitlen, tmsi2, nri_v, rc);
if (!rc && nri_v == expect_nri_v) {
printf(" ok\n");
} else {
printf(" ERROR: expected nri_v=%d rc=0\n", expect_nri_v);
ok = false;
}
}
}
int main()
{
ctx = talloc_named_const(NULL, 0, "nri_test");
test_nri_v_get_set();
test_nri_validate();
test_nri_range_validate();
test_nri_list();
test_nri_limit_by_ranges();
talloc_free(ctx);
if (!ok) {
printf("\nFAIL\n");
return -1;
}
printf("\npass\n");
return 0;
}
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