#ifndef lint
static char *rcsid = "$Id: checker.tsy,v 1.1.1.1 2003-06-04 00:26:51 marka Exp $";
#endif
/*
* Copyright (c) 2002 Japan Network Information Center.
* All rights reserved.
*
* By using this file, you agree to the terms and conditions set forth bellow.
*
* LICENSE TERMS AND CONDITIONS
*
* The following License Terms and Conditions apply, unless a different
* license is obtained from Japan Network Information Center ("JPNIC"),
* a Japanese association, Kokusai-Kougyou-Kanda Bldg 6F, 2-3-4 Uchi-Kanda,
* Chiyoda-ku, Tokyo 101-0047, Japan.
*
* 1. Use, Modification and Redistribution (including distribution of any
* modified or derived work) in source and/or binary forms is permitted
* under this License Terms and Conditions.
*
* 2. Redistribution of source code must retain the copyright notices as they
* appear in each source code file, this License Terms and Conditions.
*
* 3. Redistribution in binary form must reproduce the Copyright Notice,
* this License Terms and Conditions, in the documentation and/or other
* materials provided with the distribution. For the purposes of binary
* distribution the "Copyright Notice" refers to the following language:
* "Copyright (c) 2000-2002 Japan Network Information Center. All rights reserved."
*
* 4. The name of JPNIC may not be used to endorse or promote products
* derived from this Software without specific prior written approval of
* JPNIC.
*
* 5. Disclaimer/Limitation of Liability: THIS SOFTWARE IS PROVIDED BY JPNIC
* "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT
* LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A
* PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL JPNIC BE LIABLE
* FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR
* CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF
* SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR
* BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY,
* WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR
* OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF
* ADVISED OF THE POSSIBILITY OF SUCH DAMAGES.
*/
#include <stddef.h>
#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include <idn/checker.h>
#include <idn/log.h>
#include <idn/ucs4.h>
#include "testutil.h"
#define SIZEOFUCS4(x) (sizeof(x) / sizeof(unsigned long))
#define UCS4_NAME_STR "U+304C" /* hiragana letter ga */
#define UCS4_NAME 0x304C
#define BUF_SIZE 128
#define ARRAY_SIZE 9
#define CONF_FILENAME "test.map"
#define LINEBUF_SIZE 2001
/*
* Sample strings for `from' argument of normalize(),
* and its expected outputs.
*/
const unsigned long from[4] = {
UCS4_NAME,
0x00A0, /* no-break space: prohibited character */
0x0221, /* unassigned character */
0x0000
};
#define FROM_UCS4NAME_OFFSET 0
#define FROM_PROH_OFFSET 1
#define FROM_UNAS_OFFSET 2
const unsigned long from2[4] = {
UCS4_NAME,
0x0221, /* unassigned character */
0x00A0, /* no-break space: prohibited character */
0x0000
};
#define FROM2_UCS4NAME_OFFSET 0
#define FROM2_PROH_OFFSET 2
#define FROM2_UNAS_OFFSET 1
static const unsigned long bidi_from[4] = {
0x05BE, /* hebrew punctuation maqaf */
0x0041, /* latin capital letter a */
0xFEFC, /* arabic ligature lam with alef final form */
0x0000
};
#define BIDIFROM_OFFSET 1
idn_result_t
test_createproc(const char *parameter, void **ctxp)
{
return (idn_success);
}
void
test_destroyproc(void *ctx)
{
}
#define FOUNDPTR_OFFSET 2
idn_result_t
test_lookupproc(void *ctx, const unsigned long *ucs4,
const unsigned long **found)
{
*found = ucs4 + FOUNDPTR_OFFSET;
return (idn_success);
}
//--------------------------------------------------------------------
// Setups and Teardowns.
//--------------------------------------------------------------------
//# SETUP
// group: generic
//--
// Initialize the module and create context.
{
idn_result_t r;
idn_checker_t ctx = NULL;
char name[BUF_SIZE];
r = idn_checker_initialize();
ASSERT_RESULT(r, idn_success);
r = idn_checker_create(&ctx);
ASSERT_RESULT(r, idn_success);
}
//# TEARDOWN
// group: generic
//--
// Destroy context.
{
if (ctx != NULL)
idn_checker_destroy(ctx);
}
//# SETUP
// group: lookup
//--
// Initialize the module and create context.
{
idn_result_t r;
idn_checker_t ctx = NULL;
char name[BUF_SIZE];
const unsigned long *ptr;
r = idn_checker_initialize();
ASSERT_RESULT(r, idn_success);
r = idn_checker_create(&ctx);
ASSERT_RESULT(r, idn_success);
}
//# TEARDOWN
// group: lookup
//--
// Destroy context.
{
if (ctx != NULL)
idn_checker_destroy(ctx);
}
//# SETUP
// group: addall
//--
// Initialize the module and create context.
{
idn_result_t r;
idn_checker_t ctx = NULL;
char *names[ARRAY_SIZE];
int i;
const unsigned long *ptr;
for (i = 0; i < ARRAY_SIZE; i++) {
names[i] = malloc(BUF_SIZE);
if (names[i] == NULL) {
ASSERT("malloc failed\n");
}
}
r = idn_checker_initialize();
ASSERT_RESULT(r, idn_success);
r = idn_checker_create(&ctx);
ASSERT_RESULT(r, idn_success);
}
//# TEARDOWN
// group: addall
//--
// Destroy context and free some blocks.
{
if (ctx != NULL)
idn_checker_destroy(ctx);
for (i = 0; i < ARRAY_SIZE; i++) {
free(names[i]);
}
}
//# SETUP
// group: quiet
//--
// Set log level to `fatal' to supress log messages.
{
int saved_log_level;
saved_log_level = idn_log_getlevel();
idn_log_setlevel(idn_log_level_fatal);
}
//# TEARDOWN
// group: quiet
//--
// Restore log level.
{
idn_log_setlevel(saved_log_level);
}
//--------------------------------------------------------------------
// Testcases.
//--------------------------------------------------------------------
//# TESTCASE
// title: idn_checker_add() - boundary condition
// group: generic quiet
{
r = idn_checker_add(ctx, "");
ASSERT_RESULT(r, idn_invalid_name);
}
//# TESTCASE
// title: idn_checker_add() - builtin schemes, prohibit
// group: generic quiet
{
sprintf(name, "%s%s", IDN_CHECKER_PROHIBIT_PREFIX, "RFC3491");
r = idn_checker_add(ctx, name);
ASSERT_RESULT(r, idn_success);
sprintf(name, "%s%s", IDN_CHECKER_PROHIBIT_PREFIX, "nameprep-01");
r = idn_checker_add(ctx, name);
ASSERT_RESULT(r, idn_invalid_name);
}
//# TESTCASE
// title: idn_checker_add() - builtin schemes, unassigned
// group: generic quiet
{
sprintf(name, "%s%s", IDN_CHECKER_UNASSIGNED_PREFIX, "RFC3491");
r = idn_checker_add(ctx, name);
ASSERT_RESULT(r, idn_success);
sprintf(name, "%s%s", IDN_CHECKER_UNASSIGNED_PREFIX, "nameprep-01");
r = idn_checker_add(ctx, name);
ASSERT_RESULT(r, idn_invalid_name);
}
//# TESTCASE
// title: idn_checker_add() - builtin schemes, bidi
// group: generic quiet
{
sprintf(name, "%s%s", IDN_CHECKER_BIDI_PREFIX, "RFC3491");
r = idn_checker_add(ctx, name);
ASSERT_RESULT(r, idn_success);
sprintf(name, "%s%s", IDN_CHECKER_BIDI_PREFIX, "nameprep-01");
r = idn_checker_add(ctx, name);
ASSERT_RESULT(r, idn_invalid_name);
}
//# TESTCASE
// title: idn_checker_add() - file - boundary condition
// group: generic quiet
{
sprintf(name, "%sfileset:%s", IDN_CHECKER_UNASSIGNED_PREFIX, "");
r = idn_checker_add(ctx, name);
ASSERT_RESULT(r, idn_nofile);
sprintf(name, "%sfileset:%s", IDN_CHECKER_PROHIBIT_PREFIX, "");
r = idn_checker_add(ctx, name);
ASSERT_RESULT(r, idn_nofile);
sprintf(name, "%sfileset:%s", IDN_CHECKER_BIDI_PREFIX, "");
r = idn_checker_add(ctx, name);
ASSERT_RESULT(r, idn_invalid_name);
}
//# TESTCASE
// title: idn_checker_add() - file - long line
// group: generic quiet
{
char line[LINEBUF_SIZE];
const char *first_entry = "304C;";
const char *other_entry = " 304D";
int i;
int len;
memcpy(line, first_entry, strlen(first_entry));
len = strlen(other_entry);
for (i = len; i < LINEBUF_SIZE - len; i += len) {
memcpy(line + i, other_entry, len);
}
*(line + i) = '\0';
create_conf_file(CONF_FILENAME, 0, line, NULL);
sprintf(name, "%sfileset:%s", IDN_CHECKER_UNASSIGNED_PREFIX,
CONF_FILENAME);
r = idn_checker_add(ctx, name);
ASSERT_RESULT(r, idn_invalid_syntax);
sprintf(name, "%sfileset:%s", IDN_CHECKER_PROHIBIT_PREFIX,
CONF_FILENAME);
r = idn_checker_add(ctx, name);
ASSERT_RESULT(r, idn_invalid_syntax);
}
//# TESTCASE
// title: idn_checker_add() - file, prohibit
// group: lookup
{
create_conf_file(CONF_FILENAME, 0,
UCS4_NAME_STR,
NULL);
sprintf(name, "%sfileset:%s", IDN_CHECKER_PROHIBIT_PREFIX,
CONF_FILENAME);
r = idn_checker_add(ctx, name);
ASSERT_RESULT(r, idn_success);
r = idn_checker_lookup(ctx, from, &ptr);
ASSERT_RESULT(r, idn_success);
ASSERT_PTR(ptr, from + FROM_UCS4NAME_OFFSET);
r = idn_checker_lookup(ctx, from2, &ptr);
ASSERT_RESULT(r, idn_success);
ASSERT_PTR(ptr, from2 + FROM2_UCS4NAME_OFFSET);
}
//# TESTCASE
// title: idn_checker_add() - file, unassigned
// group: lookup
{
create_conf_file(CONF_FILENAME, 0,
UCS4_NAME_STR,
NULL);
sprintf(name, "%sfileset:%s", IDN_CHECKER_UNASSIGNED_PREFIX,
CONF_FILENAME);
r = idn_checker_add(ctx, name);
ASSERT_RESULT(r, idn_success);
r = idn_checker_lookup(ctx, from, &ptr);
ASSERT_RESULT(r, idn_success);
ASSERT_PTR(ptr, from + FROM_UCS4NAME_OFFSET);
r = idn_checker_lookup(ctx, from2, &ptr);
ASSERT_RESULT(r, idn_success);
ASSERT_PTR(ptr, from2 + FROM2_UCS4NAME_OFFSET);
}
//# TESTCASE
// title: idn_checker_add() - file, bidi
// group: lookup quiet
{
create_conf_file(CONF_FILENAME, 0,
UCS4_NAME_STR,
NULL);
sprintf(name, "%sfileset:%s", IDN_CHECKER_BIDI_PREFIX,
CONF_FILENAME);
r = idn_checker_add(ctx, name);
ASSERT_RESULT(r, idn_invalid_name);
}
//# TESTCASE
// title: idn_checker_addall() - boundary condition - scheme name
// group: addall quiet
{
sprintf(names[0], "%s%s", IDN_CHECKER_PROHIBIT_PREFIX, "RFC3491");
sprintf(names[1], "%s%s", IDN_CHECKER_UNASSIGNED_PREFIX, "RFC3491");
sprintf(names[2], "%s%s", IDN_CHECKER_BIDI_PREFIX, "RFC3491");
sprintf(names[3], "%s%s", IDN_CHECKER_BIDI_PREFIX, "");
r = idn_checker_addall(ctx, (const char **)names, 4);
ASSERT_RESULT(r, idn_invalid_name);
}
//# TESTCASE
// title: idn_checker_addall() - boundary condition - nschemes = 0
// group: addall quiet
{
sprintf(names[0], "%s%s", IDN_CHECKER_PROHIBIT_PREFIX, "nameprep-01");
sprintf(names[1], "%s%s", IDN_CHECKER_UNASSIGNED_PREFIX, "nameprep-01");
sprintf(names[2], "%s%s", IDN_CHECKER_BIDI_PREFIX, "");
sprintf(names[3], "%s%s", IDN_CHECKER_BIDI_PREFIX, "nameprep-01");
r = idn_checker_addall(ctx, (const char **)names, 0);
ASSERT_RESULT(r, idn_success);
r = idn_checker_lookup(ctx, from, &ptr);
ASSERT_RESULT(r, idn_success);
ASSERT_PTR(ptr, NULL);
}
//# TESTCASE
// title: idn_checker_addall() - add a lot of schemes #1
// group: addall
{
sprintf(names[0], "%s%s", IDN_CHECKER_PROHIBIT_PREFIX, "RFC3491");
sprintf(names[1], "%s%s", IDN_CHECKER_UNASSIGNED_PREFIX, "RFC3491");
sprintf(names[2], "%s%s", IDN_CHECKER_BIDI_PREFIX, "RFC3491");
sprintf(names[3], "%s%s", IDN_CHECKER_PROHIBIT_PREFIX, "RFC3491");
sprintf(names[4], "%s%s", IDN_CHECKER_UNASSIGNED_PREFIX, "RFC3491");
sprintf(names[5], "%s%s", IDN_CHECKER_BIDI_PREFIX, "RFC3491");
sprintf(names[6], "%s%s", IDN_CHECKER_PROHIBIT_PREFIX, "RFC3491");
sprintf(names[7], "%s%s", IDN_CHECKER_UNASSIGNED_PREFIX, "RFC3491");
sprintf(names[8], "%s%s", IDN_CHECKER_BIDI_PREFIX, "RFC3491");
r = idn_checker_addall(ctx, (const char **)names, 9);
ASSERT_RESULT(r, idn_success);
r = idn_checker_lookup(ctx, from, &ptr);
ASSERT_RESULT(r, idn_success);
ASSERT_PTR(ptr, from + FROM_PROH_OFFSET);
r = idn_checker_lookup(ctx, from2, &ptr);
ASSERT_RESULT(r, idn_success);
ASSERT_PTR(ptr, from2 + FROM2_PROH_OFFSET);
r = idn_checker_lookup(ctx, bidi_from, &ptr);
ASSERT_RESULT(r, idn_success);
ASSERT_PTR(ptr, bidi_from + BIDIFROM_OFFSET);
}
//# TESTCASE
// title: idn_checker_addall() - add a lot of schemes #2
// group: addall
{
sprintf(names[0], "%s%s", IDN_CHECKER_BIDI_PREFIX, "RFC3491");
sprintf(names[1], "%s%s", IDN_CHECKER_UNASSIGNED_PREFIX, "RFC3491");
sprintf(names[2], "%s%s", IDN_CHECKER_PROHIBIT_PREFIX, "RFC3491");
sprintf(names[3], "%s%s", IDN_CHECKER_BIDI_PREFIX, "RFC3491");
sprintf(names[4], "%s%s", IDN_CHECKER_UNASSIGNED_PREFIX, "RFC3491");
sprintf(names[5], "%s%s", IDN_CHECKER_PROHIBIT_PREFIX, "RFC3491");
sprintf(names[6], "%s%s", IDN_CHECKER_BIDI_PREFIX, "RFC3491");
sprintf(names[7], "%s%s", IDN_CHECKER_UNASSIGNED_PREFIX, "RFC3491");
sprintf(names[8], "%s%s", IDN_CHECKER_PROHIBIT_PREFIX, "RFC3491");
r = idn_checker_addall(ctx, (const char **)names, 9);
ASSERT_RESULT(r, idn_success);
r = idn_checker_lookup(ctx, from, &ptr);
ASSERT_RESULT(r, idn_success);
ASSERT_PTR(ptr, from + FROM_UNAS_OFFSET);
r = idn_checker_lookup(ctx, from2, &ptr);
ASSERT_RESULT(r, idn_success);
ASSERT_PTR(ptr, from2 + FROM2_UNAS_OFFSET);
r = idn_checker_lookup(ctx, bidi_from, &ptr);
ASSERT_RESULT(r, idn_success);
ASSERT_PTR(ptr, bidi_from + BIDIFROM_OFFSET);
}
//# TESTCASE
// title: idn_checker_addall() - add same scheme repetedly
// group: addall
{
int i;
sprintf(names[0], "%s%s", IDN_CHECKER_PROHIBIT_PREFIX, "RFC3491");
for (i = 1; i < ARRAY_SIZE; i++) {
strcpy(names[i], names[0]);
}
r = idn_checker_addall(ctx, (const char **)names, ARRAY_SIZE);
ASSERT_RESULT(r, idn_success);
r = idn_checker_lookup(ctx, from, &ptr);
ASSERT_RESULT(r, idn_success);
ASSERT_PTR(ptr, from + FROM_PROH_OFFSET);
r = idn_checker_lookup(ctx, from2, &ptr);
ASSERT_RESULT(r, idn_success);
ASSERT_PTR(ptr, from2 + FROM2_PROH_OFFSET);
}
//# TESTCASE
// title: idn_checker_lookup() - builtin schemes - RFC3491 prohibit
// group: lookup
{
sprintf(name, "%s%s", IDN_CHECKER_PROHIBIT_PREFIX, "RFC3491");
r = idn_checker_add(ctx, name);
ASSERT_RESULT(r, idn_success);
r = idn_checker_lookup(ctx, from, &ptr);
ASSERT_RESULT(r, idn_success);
ASSERT_PTR(ptr, from + FROM_PROH_OFFSET);
r = idn_checker_lookup(ctx, from2, &ptr);
ASSERT_RESULT(r, idn_success);
ASSERT_PTR(ptr, from2 + FROM2_PROH_OFFSET);
}
//# TESTCASE
// title: idn_checker_lookup() - builtin schemes - RFC3491 unassigned
// group: lookup
{
sprintf(name, "%s%s", IDN_CHECKER_UNASSIGNED_PREFIX, "RFC3491");
r = idn_checker_add(ctx, name);
ASSERT_RESULT(r, idn_success);
r = idn_checker_lookup(ctx, from, &ptr);
ASSERT_RESULT(r, idn_success);
ASSERT_PTR(ptr, from + FROM_UNAS_OFFSET);
r = idn_checker_lookup(ctx, from2, &ptr);
ASSERT_RESULT(r, idn_success);
ASSERT_PTR(ptr, from2 + FROM2_UNAS_OFFSET);
}
//# TESTCASE
// title: idn_checker_lookup() - builtin schemes - RFC3491 bidi
// group: lookup
{
sprintf(name, "%s%s", IDN_CHECKER_BIDI_PREFIX, "RFC3491");
r = idn_checker_add(ctx, name);
ASSERT_RESULT(r, idn_success);
r = idn_checker_lookup(ctx, bidi_from, &ptr);
ASSERT_RESULT(r, idn_success);
ASSERT_PTR(ptr, bidi_from + BIDIFROM_OFFSET);
r = idn_checker_lookup(ctx, from, &ptr);
ASSERT_RESULT(r, idn_success);
ASSERT_PTR(ptr, NULL);
r = idn_checker_lookup(ctx, from2, &ptr);
ASSERT_RESULT(r, idn_success);
ASSERT_PTR(ptr, NULL);
}
//# TESTCASE
// title: idn_checker_lookup() - context without procedure
// group: lookup
{
r = idn_checker_lookup(ctx, from, &ptr);
ASSERT_RESULT(r, idn_success);
ASSERT_PTR(ptr, NULL);
}
//# TESTCASE
// title: idn_checker_lookup() - string in ascii
// group: lookup
{
char *ascii_str = "test";
unsigned long ucs4_str[5];
r = idn_ucs4_utf8toucs4(ascii_str, ucs4_str, SIZEOFUCS4(ucs4_str));
sprintf(name, "%s%s", IDN_CHECKER_PROHIBIT_PREFIX, "RFC3491");
r = idn_checker_add(ctx, name);
ASSERT_RESULT(r, idn_success);
sprintf(name, "%s%s", IDN_CHECKER_UNASSIGNED_PREFIX, "RFC3491");
r = idn_checker_add(ctx, name);
ASSERT_RESULT(r, idn_success);
sprintf(name, "%s%s", IDN_CHECKER_BIDI_PREFIX, "RFC3491");
r = idn_checker_add(ctx, name);
ASSERT_RESULT(r, idn_success);
r = idn_checker_lookup(ctx, ucs4_str, &ptr);
ASSERT_RESULT(r, idn_success);
ASSERT_PTR(ptr, NULL);
}
//# TESTCASE
// title: idn_checker_destroy(), idn_checker_incrref()
// group:
{
idn_result_t r;
idn_checker_t ctx = NULL;
r = idn_checker_initialize();
ASSERT_RESULT(r, idn_success);
r = idn_checker_create(&ctx);
ASSERT_RESULT(r, idn_success);
idn_checker_incrref(ctx);
idn_checker_destroy(ctx);
idn_checker_destroy(ctx);
}
//# TESTCASE
// title: idn_checker_register()
// group: generic
{
const unsigned long *ptr = NULL;
r = idn_checker_register("test",
test_createproc,
test_destroyproc,
test_lookupproc);
ASSERT_RESULT(r, idn_success);
r = idn_checker_add(ctx, "test");
ASSERT_RESULT(r, idn_success);
r = idn_checker_lookup(ctx, from, &ptr);
ASSERT_RESULT(r, idn_success);
ASSERT_PTR(ptr, from + FOUNDPTR_OFFSET);
}