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/*
* libsyncml - A syncml protocol implementation
* Copyright (C) 2005 Armin Bauer <armin.bauer@opensync.org>
* Copyright (C) 2007-2008 Michael Bell <michael.bell@opensync.org>
*
* 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 2.1 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, write to the Free Software
* Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
*
*/
#include "tests/support.h"
#include "libsyncml/parser/sml_xml_parse.c"
START_TEST (xml_fix_broken_item_data_no_item)
{
const char *input_data = "askfdjasdkfjasd masldfjasldk<Data>sdafs</Data>adada";
char *fixed_data = NULL;
unsigned int fixed_size = 0;
SmlError *error = NULL;
sml_fail_unless(
_smlXmlParserFixBrokenItemData(
input_data, strlen(input_data),
&fixed_data, &fixed_size,
&error),
"%s", smlErrorPrint(&error));
sml_fail_unless(error == NULL, "%s", smlErrorPrint(&error));
sml_fail_unless(fixed_size == strlen(input_data), "The data must not be fixed (size has changed).");
sml_fail_unless(strcmp(input_data, fixed_data) == 0, "The data must not be fixed.");
g_free(fixed_data);
}
END_TEST
START_TEST (xml_fix_broken_item_data_no_item_data)
{
const char *input_data = "askfdjasdkfj<Item>sdafs</Item>adada";
char *fixed_data = NULL;
unsigned int fixed_size = 0;
SmlError *error = NULL;
sml_fail_unless(
_smlXmlParserFixBrokenItemData(
input_data, strlen(input_data),
&fixed_data, &fixed_size,
&error),
"%s", smlErrorPrint(&error));
sml_fail_unless(error == NULL, "%s", smlErrorPrint(&error));
sml_fail_unless(fixed_size == strlen(input_data), "The data must not be fixed (size has changed).");
sml_fail_unless(strcmp(input_data, fixed_data) == 0, "The data must not be fixed.");
g_free(fixed_data);
}
END_TEST
START_TEST (xml_fix_broken_item_data_no_broken_item_data)
{
const char *input_data = "askfdjasdkfj<Item><Data><![CDATA[This is binary data.]]></Data></Item>adada";
char *fixed_data = NULL;
unsigned int fixed_size = 0;
SmlError *error = NULL;
sml_fail_unless(
_smlXmlParserFixBrokenItemData(
input_data, strlen(input_data),
&fixed_data, &fixed_size,
&error),
"%s", smlErrorPrint(&error));
sml_fail_unless(error == NULL, "%s", smlErrorPrint(&error));
sml_fail_unless(fixed_size == strlen(input_data), "The data must not be fixed (size has changed).");
sml_fail_unless(strcmp(input_data, fixed_data) == 0, "The data must not be fixed.");
g_free(fixed_data);
}
END_TEST
START_TEST (xml_fix_broken_item_data_one_broken_item_data)
{
const char *input_data = "askfdjasdkfj<Item><Data>This is binary data.</Data></Item>adada";
const char *output_data = "askfdjasdkfj<Item><Data><![CDATA[This is binary data.]]></Data></Item>adada";
char *fixed_data = NULL;
unsigned int fixed_size = 0;
SmlError *error = NULL;
sml_fail_unless(
_smlXmlParserFixBrokenItemData(
input_data, strlen(input_data),
&fixed_data, &fixed_size,
&error),
"%s", smlErrorPrint(&error));
sml_fail_unless(error == NULL, "%s", smlErrorPrint(&error));
/* compare it and check the expected length */
sml_fail_unless(fixed_size != strlen(input_data), "The data must be fixed (size has not changed).");
sml_fail_unless(strcmp(input_data, fixed_data) != 0, "The data must be fixed.");
sml_fail_unless(fixed_size == strlen(output_data), "The length of the fixed data is wrong.");
sml_fail_unless(strcmp(output_data, fixed_data) == 0, "The fixed data is wrong.\nExpected: %s\nOutput: %s", output_data, fixed_data);
g_free(fixed_data);
}
END_TEST
START_TEST (xml_fix_broken_item_data_multi_broken_item_data)
{
const char *input_data = "askf<Item><Data>test1</Data></Item>" \
"adad<Item><Data>test2</Data></Item>adada";
const char *output_data = "askf<Item><Data><![CDATA[test1]]></Data></Item>" \
"adad<Item><Data><![CDATA[test2]]></Data></Item>adada";
char *fixed_data = NULL;
unsigned int fixed_size = 0;
SmlError *error = NULL;
sml_fail_unless(
_smlXmlParserFixBrokenItemData(
input_data, strlen(input_data),
&fixed_data, &fixed_size,
&error),
"%s", smlErrorPrint(&error));
sml_fail_unless(error == NULL, "%s", smlErrorPrint(&error));
/* compare it and check the expected length */
sml_fail_unless(fixed_size != strlen(input_data), "The data must be fixed (size has not changed).");
sml_fail_unless(strcmp(input_data, fixed_data) != 0, "The data must be fixed.");
sml_fail_unless(fixed_size == strlen(output_data), "The length of the fixed data is wrong.");
sml_fail_unless(strcmp(output_data, fixed_data) == 0, "The fixed data is wrong.\nExpected: %s\nOutput: %s", output_data, fixed_data);
g_free(fixed_data);
}
END_TEST
START_TEST (xml_fix_broken_item_data_mixed_broken_item_data)
{
const char *input_data = "askf<Item><Data>test1</Data></Item>" \
"adad<Item><Data><![CDATA[test2]]></Data></Item>adada" \
"adad<Item><Data>test3</Data></Item>adada" \
"adad<Item><Data><![CDATA[test4]]></Data></Item>adada" \
"adad<Item><Data>test5</Data></Item>adada";
const char *output_data = "askf<Item><Data><![CDATA[test1]]></Data></Item>" \
"adad<Item><Data><![CDATA[test2]]></Data></Item>adada" \
"adad<Item><Data><![CDATA[test3]]></Data></Item>adada" \
"adad<Item><Data><![CDATA[test4]]></Data></Item>adada" \
"adad<Item><Data><![CDATA[test5]]></Data></Item>adada";
char *fixed_data = NULL;
unsigned int fixed_size = 0;
SmlError *error = NULL;
sml_fail_unless(
_smlXmlParserFixBrokenItemData(
input_data, strlen(input_data),
&fixed_data, &fixed_size,
&error),
"%s", smlErrorPrint(&error));
sml_fail_unless(error == NULL, "%s", smlErrorPrint(&error));
/* compare it and check the expected length */
sml_fail_unless(fixed_size != strlen(input_data), "The data must be fixed (size has not changed).");
sml_fail_unless(strcmp(input_data, fixed_data) != 0, "The data must be fixed.");
sml_fail_unless(fixed_size == strlen(output_data), "The length of the fixed data is wrong.");
sml_fail_unless(strcmp(output_data, fixed_data) == 0, "The fixed data is wrong.\nExpected: %s\nOutput: %s", output_data, fixed_data);
g_free(fixed_data);
}
END_TEST
START_TEST (xml_fix_broken_item_data_utf16_conversion)
{
SmlError *error = NULL;
char *input_data = smlTryMalloc0(20, &error);
sml_fail_unless(error == NULL, "%s", smlErrorPrint(&error));
input_data[0] = 65; /* A */
input_data[1] = 66; /* B */
input_data[3] = 67; /* C */
input_data[5] = 68; /* D */
input_data[6] = 69; /* E */
input_data[7] = 70; /* F*/
input_data[8] = 71; /* G */
input_data[10] = 72; /* H */
input_data[12] = 73; /* I */
input_data[13] = 74; /* J */
size_t length = 14;
char *fixed_data = NULL;
unsigned int fixed_size = 0;
/* check UTF-16 conversion of_smlXmlParserFixBrokenItemData */
sml_fail_unless(
_smlXmlParserFixBrokenItemData(
input_data, length,
&fixed_data, &fixed_size,
&error),
"%s", smlErrorPrint(&error));
sml_fail_unless(error == NULL, "%s", smlErrorPrint(&error));
sml_fail_unless(fixed_size == strlen("ABCDEFGHIJ"), "%d != %d", fixed_size, strlen("ABCDEFGHIJ"));
sml_fail_unless(strcmp(fixed_data, "ABCDEFGHIJ") == 0, NULL);
g_free(input_data);
g_free(fixed_data);
}
END_TEST
@SML_TESTCASE_CODE@
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