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unittest.cpp
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#include <MailCore/MailCore.h>
#include <dirent.h>
#include <math.h>
#include <time.h>
using namespace mailcore;
static int global_failure = 0;
static int global_success = 0;
static time_t referenceDate(void)
{
struct tm aTm;
memset(&aTm, 0, sizeof(aTm));
aTm.tm_sec = 0;
aTm.tm_min = 0;
aTm.tm_hour = 16;
aTm.tm_mday = 31;
aTm.tm_mon = 11;
aTm.tm_year = 2000 - 1900;
time_t date = mktime(&aTm);
return date;
}
static void testMessageBuilder1(String * path)
{
printf("testMessageBuilder1\n");
MessageBuilder * builder = new MessageBuilder();
builder->header()->setFrom(Address::addressWithRFC822String(MCSTR("Hoà <[email protected]>")));
builder->header()->setTo(Array::arrayWithObject(Address::addressWithRFC822String(MCSTR("Foo Bar <[email protected]>"))));
builder->header()->setSubject(MCSTR("testMessageBuilder1"));
builder->header()->setDate(referenceDate());
builder->header()->setMessageID(MCSTR("[email protected]"));
builder->setHTMLBody(MCSTR("<html><body>This is a HTML content</body></html>"));
Array * boundaries = Array::array();
boundaries->addObject(MCSTR("1"));
boundaries->addObject(MCSTR("2"));
boundaries->addObject(MCSTR("3"));
boundaries->addObject(MCSTR("4"));
boundaries->addObject(MCSTR("5"));
builder->setBoundaries(boundaries);
String * outputPath = path->stringByAppendingPathComponent(MCSTR("output/builder1.eml"));
Data * expectedData = Data::dataWithContentsOfFile(outputPath);
if (!builder->data()->isEqual(expectedData)) {
printf("testMessageBuilder1 failed\n");
fprintf(stderr, "current:\n%s\n", MCUTF8(builder->data()->stringWithCharset("utf-8")));
fprintf(stderr, "expected:\n%s\n", MCUTF8(expectedData->stringWithCharset("utf-8")));
global_failure ++;
return;
}
printf("testMessageBuilder1 ok\n");
global_success ++;
}
static void testMessageBuilder2(String * path)
{
printf("testMessageBuilder2\n");
MessageBuilder * builder = new MessageBuilder();
builder->header()->setFrom(Address::addressWithRFC822String(MCSTR("Hoà <[email protected]>")));
Array * to = Array::array();
to->addObject(Address::addressWithRFC822String(MCSTR("Foo Bar <[email protected]>")));
to->addObject(Address::addressWithRFC822String(MCSTR("Other Recipient <[email protected]>")));
builder->header()->setTo(to);
Array * cc = Array::array();
cc->addObject(Address::addressWithRFC822String(MCSTR("Carbon Copy <[email protected]>")));
cc->addObject(Address::addressWithRFC822String(MCSTR("Other Recipient <[email protected]>")));
builder->header()->setCc(cc);
builder->header()->setSubject(MCSTR("testMessageBuilder2"));
builder->header()->setDate(referenceDate());
builder->header()->setMessageID(MCSTR("[email protected]"));
builder->setHTMLBody(MCSTR("<html><body>This is a HTML content</body></html>"));
String * attachmentPath = path->stringByAppendingPathComponent(MCSTR("input/photo.jpg"));
builder->addAttachment(Attachment::attachmentWithContentsOfFile(attachmentPath));
attachmentPath = path->stringByAppendingPathComponent(MCSTR("input/photo2.jpg"));
builder->addAttachment(Attachment::attachmentWithContentsOfFile(attachmentPath));
Array * boundaries = Array::array();
boundaries->addObject(MCSTR("1"));
boundaries->addObject(MCSTR("2"));
boundaries->addObject(MCSTR("3"));
boundaries->addObject(MCSTR("4"));
boundaries->addObject(MCSTR("5"));
builder->setBoundaries(boundaries);
String * outputPath = path->stringByAppendingPathComponent(MCSTR("output/builder2.eml"));
Data * expectedData = Data::dataWithContentsOfFile(outputPath);
if (!builder->data()->isEqual(expectedData)) {
printf("testMessageBuilder2 failed\n");
fprintf(stderr, "current:\n%s\n", MCUTF8(builder->data()->stringWithCharset("utf-8")));
fprintf(stderr, "expected:\n%s\n", MCUTF8(expectedData->stringWithCharset("utf-8")));
global_failure ++;
return;
}
printf("testMessageBuilder2 ok\n");
global_success ++;
}
static void testMessageBuilder3(String * path)
{
printf("testMessageBuilder3\n");
MessageBuilder * builder = new MessageBuilder();
builder->header()->setFrom(Address::addressWithRFC822String(MCSTR("Hoà <[email protected]>")));
Array * to = Array::array();
to->addObject(Address::addressWithRFC822String(MCSTR("Foo Bar <[email protected]>")));
to->addObject(Address::addressWithRFC822String(MCSTR("Other Recipient <[email protected]>")));
builder->header()->setTo(to);
Array * cc = Array::array();
cc->addObject(Address::addressWithRFC822String(MCSTR("Carbon Copy <[email protected]>")));
cc->addObject(Address::addressWithRFC822String(MCSTR("Other Recipient <[email protected]>")));
builder->header()->setCc(cc);
builder->header()->setSubject(MCSTR("testMessageBuilder3"));
builder->header()->setDate(referenceDate());
builder->header()->setMessageID(MCSTR("[email protected]"));
builder->setHTMLBody(MCSTR("<html><body><div>This is a HTML content</div><div><img src=\"cid:123\"></div></body></html>"));
String * attachmentPath = path->stringByAppendingPathComponent(MCSTR("input/photo.jpg"));
builder->addAttachment(Attachment::attachmentWithContentsOfFile(attachmentPath));
attachmentPath = path->stringByAppendingPathComponent(MCSTR("input/photo2.jpg"));
Attachment * attachment = Attachment::attachmentWithContentsOfFile(attachmentPath);
attachment->setContentID(MCSTR("123"));
builder->addRelatedAttachment(attachment);
Array * boundaries = Array::array();
boundaries->addObject(MCSTR("1"));
boundaries->addObject(MCSTR("2"));
boundaries->addObject(MCSTR("3"));
boundaries->addObject(MCSTR("4"));
boundaries->addObject(MCSTR("5"));
builder->setBoundaries(boundaries);
String * outputPath = path->stringByAppendingPathComponent(MCSTR("output/builder3.eml"));
Data * expectedData = Data::dataWithContentsOfFile(outputPath);
if (!builder->data()->isEqual(expectedData)) {
printf("testMessageBuilder3 failed\n");
fprintf(stderr, "current:\n%s\n", MCUTF8(builder->data()->stringWithCharset("utf-8")));
fprintf(stderr, "expected:\n%s\n", MCUTF8(expectedData->stringWithCharset("utf-8")));
global_failure ++;
return;
}
printf("testMessageBuilder3 ok\n");
global_success ++;
}
static Array * pathsInDirectory(String * directory)
{
Array * result = Array::array();
DIR * dir = opendir(directory->fileSystemRepresentation());
if (dir == NULL) {
return result;
}
struct dirent * ent;
while ((ent = readdir(dir)) != NULL) {
if (ent->d_name[0] == '.') {
continue;
}
String * subpath = directory->stringByAppendingPathComponent(String::stringWithFileSystemRepresentation(ent->d_name));
if (ent->d_type == DT_DIR) {
result->addObjectsFromArray(pathsInDirectory(subpath));
}
else {
result->addObject(subpath);
}
}
closedir(dir);
return result;
}
static void prepareHeaderForUnitTest(MessageHeader * header)
{
time_t now = time(NULL);
if (fabs((double) (now - header->date())) <= 2) {
// Date might be generated, set to known date.
header->setDate(referenceDate());
}
if (fabs((double) (header->receivedDate() - now)) <= 2) {
// Date might be generated, set to known date.
header->setReceivedDate(referenceDate());
}
if (header->isMessageIDAutoGenerated()) {
header->setMessageID(MCSTR("[email protected]"));
}
}
static void preparePartForUnitTest(AbstractPart * part)
{
if (part->className()->isEqual(MCSTR("mailcore::Multipart"))) {
Multipart * multipart = (Multipart *) part;
for(unsigned int i = 0 ; i < multipart->parts()->count() ; i ++) {
preparePartForUnitTest((AbstractPart *) multipart->parts()->objectAtIndex(i));
}
}
else if (part->className()->isEqual(MCSTR("mailcore::MessagePart"))) {
prepareHeaderForUnitTest(((MessagePart *) part)->header());
preparePartForUnitTest(((MessagePart *) part)->mainPart());
}
}
static void testMessageParser(String * path)
{
printf("testMessageParser\n");
String * inputPath = path->stringByAppendingPathComponent(MCSTR("input"));
String * outputPath = path->stringByAppendingPathComponent(MCSTR("output"));
Array * list = pathsInDirectory(inputPath);
int failure = 0;
int success = 0;
mc_foreacharray(String, filename, list) {
MessageParser * parser = MessageParser::messageParserWithContentsOfFile(filename);
prepareHeaderForUnitTest(parser->header());
preparePartForUnitTest(parser->mainPart());
HashMap * result = parser->serializable();
String * expectedPath = outputPath->stringByAppendingPathComponent(filename->substringFromIndex(inputPath->length()));
//fprintf(stderr, "expected: %s\n", MCUTF8(expectedPath));
HashMap * expectedResult = (HashMap *) JSON::objectFromJSONData(Data::dataWithContentsOfFile(expectedPath));
if (result->isEqual(expectedResult)) {
success ++;
}
else {
fprintf(stderr, "testMessageParser: failed for %s\n", MCUTF8(filename));
fprintf(stderr, "expected: %s\n", MCUTF8(expectedResult));
fprintf(stderr, "got: %s\n", MCUTF8(result));
failure ++;
}
}
if (failure > 0) {
printf("testMessageParser ok: %i succeeded, %i failed\n", success, failure);
global_failure ++;
return;
}
printf("testMessageParser ok: %i succeeded\n", success);
global_success ++;
}
static void testCharsetDetection(String * path)
{
printf("testCharsetDetection\n");
String * inputPath = path->stringByAppendingPathComponent(MCSTR("input"));
Array * list = pathsInDirectory(inputPath);
int failure = 0;
int success = 0;
mc_foreacharray(String, filename, list) {
Data * data = Data::dataWithContentsOfFile(filename);
String * charset = data->charsetWithFilteredHTML(false);
charset = charset->lowercaseString();
if (!filename->lastPathComponent()->stringByDeletingPathExtension()->isEqual(charset)) {
failure ++;
fprintf(stderr, "testCharsetDetection: failed for %s\n", MCUTF8(filename));
fprintf(stderr, "got: %s\n", MCUTF8(charset));
}
else {
success ++;
}
}
if (failure > 0) {
printf("testCharsetDetection ok: %i succeeded, %i failed\n", success, failure);
global_failure ++;
return;
}
printf("testCharsetDetection ok: %i succeeded\n", success);
global_success ++;
}
static String * tweakDateFromSummary(String * summary) {
Array * components = summary->componentsSeparatedByString(MCSTR("\n"));
mc_foreacharray(String, line, components) {
if (line->hasPrefix(MCSTR("Date:"))) {
line->replaceOccurrencesOfString(MCSTR(" at "), MCSTR(" "));
}
}
return components->componentsJoinedByString(MCSTR("\n"));
}
static void testSummary(String * path)
{
printf("testSummary\n");
String * inputPath = path->stringByAppendingPathComponent(MCSTR("input"));
String * outputPath = path->stringByAppendingPathComponent(MCSTR("output"));
Array * list = pathsInDirectory(inputPath);
int failure = 0;
int success = 0;
mc_foreacharray(String, filename, list) {
MessageParser * parser = MessageParser::messageParserWithContentsOfFile(filename);
prepareHeaderForUnitTest(parser->header());
preparePartForUnitTest(parser->mainPart());
String * str = parser->plainTextRendering();
String * resultPath = outputPath->stringByAppendingPathComponent(filename->substringFromIndex(inputPath->length()));
resultPath = resultPath->stringByDeletingPathExtension()->stringByAppendingString(MCSTR(".txt"));
Data * resultData = Data::dataWithContentsOfFile(resultPath);
if (resultData == NULL) {
fprintf(stderr, "test %s is a well-known failing test", MCUTF8(filename));
continue;
}
String * resultString = resultData->stringWithCharset("utf-8");
str = tweakDateFromSummary(str);
resultString = tweakDateFromSummary(resultString);
if (!resultString->isEqual(str)) {
failure ++;
fprintf(stderr, "testSummary: failed for %s\n", MCUTF8(filename));
fprintf(stderr, "got: %s\n", MCUTF8(str));
fprintf(stderr, "expected: %s\n", MCUTF8(resultData->stringWithCharset("utf-8")));
}
else {
success ++;
}
}
if (failure > 0) {
printf("testSummary ok: %i succeeded, %i failed\n", success, failure);
global_failure ++;
return;
}
printf("testSummary ok: %i succeeded\n", success);
global_success ++;
}
static void testMUTF7(void)
{
int failure = 0;
int success = 0;
const char * mutf7string = "~peter/mail/&U,BTFw-/&ZeVnLIqe-";
IMAPNamespace * ns = IMAPNamespace::namespaceWithPrefix(MCSTR(""), '/');
Array * result = ns->componentsFromPath(String::stringWithUTF8Characters(mutf7string));
if (strcmp(MCUTF8(result), "[~peter,mail,台北,日本語]") != 0) {
failure ++;
}
else {
success ++;
}
if (failure > 0) {
printf("testMUTF7 ok: %i succeeded, %i failed\n", success, failure);
global_failure ++;
return;
}
printf("testMUTF7 ok: %i succeeded\n", success);
global_success ++;
}
int main(int argc, char ** argv)
{
tzset();
if (argc < 2) {
fprintf(stderr, "syntax: unittestcpp [unittestdatadir]\n");
exit(EXIT_FAILURE);
}
AutoreleasePool * pool = new AutoreleasePool();
String * path = String::stringWithUTF8Characters(argv[1]);
MCAssert(path != NULL);
printf("data path: %s\n", MCUTF8(path));
testMessageBuilder1(path->stringByAppendingPathComponent(MCSTR("builder")));
testMessageBuilder2(path->stringByAppendingPathComponent(MCSTR("builder")));
testMessageBuilder3(path->stringByAppendingPathComponent(MCSTR("builder")));
testMessageParser(path->stringByAppendingPathComponent(MCSTR("parser")));
testCharsetDetection(path->stringByAppendingPathComponent(MCSTR("charset-detection")));
testSummary(path->stringByAppendingPathComponent(MCSTR("summary")));
testMUTF7();
printf("%i tests succeeded, %i tests failed\n", global_success, global_failure);
pool->release();
if (global_failure > 0) {
exit(EXIT_FAILURE);
}
exit(EXIT_SUCCESS);
}