Common::InSaveFile *DefaultSaveFileManager::openForLoading(const Common::String &filename) {
// Ensure that the savepath is valid. If not, generate an appropriate error.
Common::String savePathName = getSavePath();
checkPath(Common::FSNode(savePathName));
if (getError().getCode() != Common::kNoError)
return 0;
// recreate FSNode since checkPath may have changed/created the directory
Common::FSNode savePath(savePathName);
Common::FSNode file = savePath.getChild(filename);
if (!file.exists())
return 0;
// Open the file for reading
Common::SeekableReadStream *sf = file.createReadStream();
return Common::wrapCompressedReadStream(sf);
}
/**
* This test creates a file testbed.out, writes a sample data and confirms if
* it is same by reading the file again.
*/
TestExitStatus FStests::testWriteFile() {
const Common::String &path = ConfMan.get("path");
Common::FSNode gameRoot(path);
if (!gameRoot.exists()) {
Testsuite::logPrintf("Couldn't open the game data directory %s", path.c_str());
return kTestFailed;
}
Common::FSNode fileToWrite = gameRoot.getChild("testbed.out");
Common::WriteStream *ws = fileToWrite.createWriteStream();
if (!ws) {
Testsuite::logDetailedPrintf("Can't open writable file in game data dir\n");
return kTestFailed;
}
ws->writeString("ScummVM Rocks!");
ws->flush();
delete ws;
Common::SeekableReadStream *rs = fileToWrite.createReadStream();
if (!rs) {
Testsuite::logDetailedPrintf("Can't open recently written file testbed.out in game data dir\n");
return kTestFailed;
}
Common::String readFromFile = rs->readLine();
delete rs;
if (readFromFile.equals("ScummVM Rocks!")) {
// All good
Testsuite::logDetailedPrintf("Data written and read correctly\n");
return kTestPassed;
}
return kTestFailed;
}
bool WagFileParser::parse(const Common::FSNode &node) {
WagProperty property; // Temporary property used for reading
Common::SeekableReadStream *stream = NULL; // The file stream
_parsedOk = false; // We haven't parsed the file yet
stream = node.createReadStream(); // Open the file
if (stream) { // Check that opening the file was succesful
if (checkWagVersion(*stream)) { // Check that WinAGI version string is valid
// It seems we've got a valid *.wag file so let's parse its properties from the start.
stream->seek(0); // Rewind the stream
if (!_propList.empty()) _propList.clear(); // Clear out old properties (If any)
do { // Parse the properties
if (property.read(*stream)) { // Read the property and check it was read ok
_propList.push_back(property); // Add read property to properties list
debug(4, "WagFileParser::parse: Read property with code %d, type %d, number %d, size %d, data \"%s\"",
property.getCode(), property.getType(), property.getNumber(), property.getSize(), property.getData());
} else // Reading failed, let's bail out
break;
} while (!endOfProperties(*stream)); // Loop until the end of properties
// File was parsed successfully only if we got to the end of properties
// and all the properties were read successfully (Also the last).
_parsedOk = endOfProperties(*stream) && property.readOk();
if (!_parsedOk) // Error parsing stream
warning("Error parsing WAG file (%s). WAG file ignored", node.getPath().c_str());
} else // Invalid WinAGI version string or it couldn't be read
warning("Invalid WAG file (%s) version or error reading it. WAG file ignored", node.getPath().c_str());
} else // Couldn't open file
warning("Couldn't open WAG file (%s). WAG file ignored", node.getPath().c_str());
delete stream;
return _parsedOk;
}
PackageSet::PackageSet(Common::FSNode file, const Common::String &filename, bool searchSignature) {
uint32 absoluteOffset = 0;
_priority = 0;
bool boundToExe = false;
Common::SeekableReadStream *stream = file.createReadStream();
if (!stream) {
return;
}
if (searchSignature) {
uint32 offset;
if (!findPackageSignature(stream, &offset)) {
delete stream;
return;
} else {
stream->seek(offset, SEEK_SET);
absoluteOffset = offset;
boundToExe = true;
}
}
TPackageHeader hdr;
hdr.readFromStream(stream);
if (hdr._magic1 != PACKAGE_MAGIC_1 || hdr._magic2 != PACKAGE_MAGIC_2 || hdr._packageVersion > PACKAGE_VERSION) {
debugC(kWintermuteDebugFileAccess | kWintermuteDebugLog, " Invalid header in package file '%s'. Ignoring.", filename.c_str());
delete stream;
return;
}
if (hdr._packageVersion != PACKAGE_VERSION) {
debugC(kWintermuteDebugFileAccess | kWintermuteDebugLog, " Warning: package file '%s' is outdated.", filename.c_str());
}
_priority = hdr._priority;
// new in v2
if (hdr._packageVersion == PACKAGE_VERSION) {
uint32 dirOffset;
dirOffset = stream->readUint32LE();
dirOffset += absoluteOffset;
stream->seek(dirOffset, SEEK_SET);
}
assert(hdr._numDirs == 1);
for (uint32 i = 0; i < hdr._numDirs; i++) {
BasePackage *pkg = new BasePackage();
if (!pkg) {
return;
}
pkg->_fsnode = file;
pkg->_boundToExe = boundToExe;
// read package info
byte nameLength = stream->readByte();
char *pkgName = new char[nameLength];
stream->read(pkgName, nameLength);
pkg->_name = pkgName;
pkg->_cd = stream->readByte();
pkg->_priority = hdr._priority;
delete[] pkgName;
pkgName = nullptr;
if (!hdr._masterIndex) {
pkg->_cd = 0; // override CD to fixed disk
}
_packages.push_back(pkg);
// read file entries
uint32 numFiles = stream->readUint32LE();
for (uint32 j = 0; j < numFiles; j++) {
char *name;
uint32 offset, length, compLength, flags;/*, timeDate1, timeDate2;*/
nameLength = stream->readByte();
name = new char[nameLength];
stream->read(name, nameLength);
// v2 - xor name
if (hdr._packageVersion == PACKAGE_VERSION) {
for (int k = 0; k < nameLength; k++) {
((byte *)name)[k] ^= 'D';
}
}
debugC(kWintermuteDebugFileAccess, "Package contains %s", name);
Common::String upcName = name;
upcName.toUppercase();
delete[] name;
name = nullptr;
offset = stream->readUint32LE();
offset += absoluteOffset;
length = stream->readUint32LE();
compLength = stream->readUint32LE();
flags = stream->readUint32LE();
if (hdr._packageVersion == PACKAGE_VERSION) {
/* timeDate1 = */ stream->readUint32LE();
/* timeDate2 = */ stream->readUint32LE();
}
_filesIter = _files.find(upcName);
if (_filesIter == _files.end()) {
BaseFileEntry *fileEntry = new BaseFileEntry();
fileEntry->_package = pkg;
fileEntry->_offset = offset;
fileEntry->_length = length;
fileEntry->_compressedLength = compLength;
fileEntry->_flags = flags;
_files[upcName] = Common::ArchiveMemberPtr(fileEntry);
} else {
// current package has higher priority than the registered
// TODO: This cast might be a bit ugly.
BaseFileEntry *filePtr = (BaseFileEntry *) &*(_filesIter->_value);
if (pkg->_priority > filePtr->_package->_priority) {
filePtr->_package = pkg;
filePtr->_offset = offset;
filePtr->_length = length;
filePtr->_compressedLength = compLength;
filePtr->_flags = flags;
}
}
}
}
debugC(kWintermuteDebugFileAccess, " Registered %d files in %d package(s)", _files.size(), _packages.size());
delete stream;
}
const ADGameDescription *SciMetaEngine::fallbackDetect(const FileMap &allFiles, const Common::FSList &fslist) const {
bool foundResMap = false;
bool foundRes000 = false;
// Set some defaults
s_fallbackDesc.extra = "";
s_fallbackDesc.language = Common::EN_ANY;
s_fallbackDesc.flags = ADGF_NO_FLAGS;
s_fallbackDesc.platform = Common::kPlatformPC; // default to PC platform
s_fallbackDesc.gameid = "sci";
s_fallbackDesc.guioptions = Common::GUIO_NONE;
if (allFiles.contains("resource.map") || allFiles.contains("Data1")
|| allFiles.contains("resmap.001") || allFiles.contains("resmap.001")) {
foundResMap = true;
}
// Determine if we got a CD version and set the CD flag accordingly, by checking for
// resource.aud for SCI1.1 CD games, or audio001.002 for SCI1 CD games. We assume that
// the file should be over 10MB, as it contains all the game speech and is usually
// around 450MB+. The size check is for some floppy game versions like KQ6 floppy, which
// also have a small resource.aud file
if (allFiles.contains("resource.aud") || allFiles.contains("audio001.002")) {
Common::FSNode file = allFiles.contains("resource.aud") ? allFiles["resource.aud"] : allFiles["audio001.002"];
Common::SeekableReadStream *tmpStream = file.createReadStream();
if (tmpStream->size() > 10 * 1024 * 1024) {
// We got a CD version, so set the CD flag accordingly
s_fallbackDesc.flags |= ADGF_CD;
}
delete tmpStream;
}
if (allFiles.contains("resource.000") || allFiles.contains("resource.001")
|| allFiles.contains("ressci.000") || allFiles.contains("ressci.001"))
foundRes000 = true;
// Data1 contains both map and volume for SCI1.1+ Mac games
if (allFiles.contains("Data1")) {
foundResMap = foundRes000 = true;
s_fallbackDesc.platform = Common::kPlatformMacintosh;
}
// Determine the game platform
// The existence of any of these files indicates an Amiga game
if (allFiles.contains("9.pat") || allFiles.contains("spal") ||
allFiles.contains("patch.005") || allFiles.contains("bank.001"))
s_fallbackDesc.platform = Common::kPlatformAmiga;
// The existence of 7.pat or patch.200 indicates a Mac game
if (allFiles.contains("7.pat") || allFiles.contains("patch.200"))
s_fallbackDesc.platform = Common::kPlatformMacintosh;
// The data files for Atari ST versions are the same as their DOS counterparts
// If these files aren't found, it can't be SCI
if (!foundResMap && !foundRes000) {
return 0;
}
Common::ScopedPtr<ResourceManager> resMan(new ResourceManager());
assert(resMan);
resMan->addAppropriateSources(fslist);
resMan->init(true);
// TODO: Add error handling.
#ifndef ENABLE_SCI32
// Is SCI32 compiled in? If not, and this is a SCI32 game,
// stop here
if (getSciVersion() >= SCI_VERSION_2) {
return (const ADGameDescription *)&s_fallbackDesc;
}
#endif
ViewType gameViews = resMan->getViewType();
// Have we identified the game views? If not, stop here
// Can't be SCI (or unsupported SCI views). Pinball Creep by sierra also uses resource.map/resource.000 files
// but doesnt share sci format at all, if we dont return 0 here we will detect this game as SCI
if (gameViews == kViewUnknown) {
return 0;
}
// Set the platform to Amiga if the game is using Amiga views
if (gameViews == kViewAmiga)
s_fallbackDesc.platform = Common::kPlatformAmiga;
// Determine the game id
Common::String sierraGameId = resMan->findSierraGameId();
// If we don't have a game id, the game is not SCI
if (sierraGameId.empty()) {
return 0;
}
Common::String gameId = convertSierraGameId(sierraGameId, &s_fallbackDesc.flags, resMan);
strncpy(s_fallbackGameIdBuf, gameId.c_str(), sizeof(s_fallbackGameIdBuf) - 1);
s_fallbackGameIdBuf[sizeof(s_fallbackGameIdBuf) - 1] = 0; // Make sure string is NULL terminated
s_fallbackDesc.gameid = s_fallbackGameIdBuf;
// Try to determine the game language
// Load up text 0 and start looking for "#" characters
// Non-English versions contain strings like XXXX#YZZZZ
// Where XXXX is the English string, #Y a separator indicating the language
// (e.g. #G for German) and ZZZZ is the translated text
// NOTE: This doesn't work for games which use message instead of text resources
// (like, for example, Eco Quest 1 and all SCI1.1 games and newer, e.g. Freddy Pharkas).
// As far as we know, these games store the messages of each language in separate
// resources, and it's not possible to detect that easily
// Also look for "%J" which is used in japanese games
Resource *text = resMan->findResource(ResourceId(kResourceTypeText, 0), 0);
uint seeker = 0;
if (text) {
while (seeker < text->size) {
if (text->data[seeker] == '#') {
if (seeker + 1 < text->size)
s_fallbackDesc.language = charToScummVMLanguage(text->data[seeker + 1]);
break;
}
if (text->data[seeker] == '%') {
if ((seeker + 1 < text->size) && (text->data[seeker + 1] == 'J')) {
s_fallbackDesc.language = charToScummVMLanguage(text->data[seeker + 1]);
break;
}
}
seeker++;
}
}
// Fill in "extra" field
// Is this an EGA version that might have a VGA pendant? Then we want
// to mark it as such in the "extra" field.
const bool markAsEGA = (gameViews == kViewEga && s_fallbackDesc.platform != Common::kPlatformAmiga
&& getSciVersion() > SCI_VERSION_1_EGA_ONLY);
const bool isDemo = (s_fallbackDesc.flags & ADGF_DEMO);
const bool isCD = (s_fallbackDesc.flags & ADGF_CD);
if (!isCD)
s_fallbackDesc.guioptions |= Common::GUIO_NOSPEECH;
if (gameId.hasSuffix("sci")) {
s_fallbackDesc.extra = "SCI";
// Differentiate EGA versions from the VGA ones, where needed
if (markAsEGA)
s_fallbackDesc.extra = "SCI/EGA";
// Mark as demo.
// Note: This overwrites the 'EGA' info, if it was previously set.
if (isDemo)
s_fallbackDesc.extra = "SCI/Demo";
} else {
if (markAsEGA)
s_fallbackDesc.extra = "EGA";
// Set "CD" and "Demo" as appropriate.
// Note: This overwrites the 'EGA' info, if it was previously set.
if (isDemo && isCD)
s_fallbackDesc.extra = "CD Demo";
else if (isDemo)
s_fallbackDesc.extra = "Demo";
else if (isCD)
s_fallbackDesc.extra = "CD";
}
return (const ADGameDescription *)&s_fallbackDesc;
}
Common::InSaveFile *Ps2SaveFileManager::openForLoading(const Common::String &filename) {
Common::FSNode savePath(ConfMan.get("savepath")); // TODO: is this fast?
Common::SeekableReadStream *sf;
if (!savePath.exists() || !savePath.isDirectory())
return NULL;
// _screen->wantAnim(true);
if (_getDev(savePath) == MC_DEV) {
// if (strncmp(savePath.getPath().c_str(), "mc0:", 4) == 0) {
char path[32];
// FIXME : hack for indy4 iq-points
if (filename == "iq-points") {
mcCheck("mc0:ScummVM/indy4");
sprintf(path, "mc0:ScummVM/indy4/iq-points");
}
// FIXME : hack for bs1 saved games
else if (filename == "SAVEGAME.INF") {
mcCheck("mc0:ScummVM/sword1");
sprintf(path, "mc0:ScummVM/sword1/SAVEGAME.INF");
}
else {
char temp[32];
printf("MC : filename = %s\n", filename.c_str());
strcpy(temp, filename.c_str());
// mcSplit(temp, game, ext);
char *game = strdup(strtok(temp, "."));
char *ext = strdup(strtok(NULL, "*"));
sprintf(path, "mc0:ScummVM/%s", game); // per game path
// mcCheck(path); // needed on load ?
sprintf(path, "mc0:ScummVM/%s/%s.sav", game, ext);
free(game);
free(ext);
}
Common::FSNode file(path);
if (!file.exists())
return NULL;
sf = file.createReadStream();
} else {
Common::FSNode file = savePath.getChild(filename);
if (!file.exists())
return NULL;
sf = file.createReadStream();
}
// _screen->wantAnim(false);
return Common::wrapCompressedReadStream(sf);
}
Common::SeekableReadStream *openDiskFile(const Common::String &filename) {
uint32 prefixSize = 0;
Common::SeekableReadStream *file = NULL;
Common::String fixedFilename = filename;
// Absolute path: TODO: Add specific fallbacks here.
if (filename.contains(':')) {
if (filename.hasPrefix("c:\\windows\\fonts\\")) { // East Side Story refers to "c:\windows\fonts\framd.ttf"
fixedFilename = filename.c_str() + 17;
} else {
error("openDiskFile::Absolute path or invalid filename used in %s", filename.c_str());
}
}
// Try directly from SearchMan first
Common::ArchiveMemberList files;
SearchMan.listMatchingMembers(files, fixedFilename);
for (Common::ArchiveMemberList::iterator it = files.begin(); it != files.end(); ++it) {
if ((*it)->getName() == filename) {
file = (*it)->createReadStream();
break;
}
}
// File wasn't found in SearchMan, try to parse the path as a relative path.
if (!file) {
Common::FSNode searchNode = getNodeForRelativePath(filename);
if (searchNode.exists() && !searchNode.isDirectory() && searchNode.isReadable()) {
file = searchNode.createReadStream();
}
}
if (file) {
uint32 magic1, magic2;
magic1 = file->readUint32LE();
magic2 = file->readUint32LE();
bool compressed = false;
if (magic1 == DCGF_MAGIC && magic2 == COMPRESSED_FILE_MAGIC) {
compressed = true;
}
if (compressed) {
uint32 dataOffset, compSize, uncompSize;
dataOffset = file->readUint32LE();
compSize = file->readUint32LE();
uncompSize = file->readUint32LE();
byte *compBuffer = new byte[compSize];
if (!compBuffer) {
error("Error allocating memory for compressed file '%s'", filename.c_str());
delete file;
return NULL;
}
byte *data = new byte[uncompSize];
if (!data) {
error("Error allocating buffer for file '%s'", filename.c_str());
delete[] compBuffer;
delete file;
return NULL;
}
file->seek(dataOffset + prefixSize, SEEK_SET);
file->read(compBuffer, compSize);
if (Common::uncompress(data, (unsigned long *)&uncompSize, compBuffer, compSize) != true) {
error("Error uncompressing file '%s'", filename.c_str());
delete[] compBuffer;
delete file;
return NULL;
}
delete[] compBuffer;
delete file;
return new Common::MemoryReadStream(data, uncompSize, DisposeAfterUse::YES);
} else {
file->seek(0, SEEK_SET);
return file;
}
return file;
}
return NULL;
}
ZipArchive::ZipArchive(const Common::FSNode &node) {
SeekableReadStream *stream = node.createReadStream();
_zipFile = unzOpen(stream);
}
bool StyledTTFont::loadFont(const Common::String &fontName, int32 point) {
Common::String newFontName;
if (fontName.matchString("*times new roman*", true) || fontName.matchString("*times*", true)) {
if ((_style & (STTF_BOLD | STTF_ITALIC)) == (STTF_BOLD | STTF_ITALIC))
newFontName = "timesbi.ttf";
else if (_style & STTF_BOLD)
newFontName = "timesbd.ttf";
else if (_style & STTF_ITALIC)
newFontName = "timesi.ttf";
else
newFontName = "times.ttf";
} else if (fontName.matchString("*courier new*", true) || fontName.matchString("*courier*", true) || fontName.matchString("*ZorkDeath*", true)) {
if ((_style & (STTF_BOLD | STTF_ITALIC)) == (STTF_BOLD | STTF_ITALIC))
newFontName = "courbi.ttf";
else if (_style & STTF_BOLD)
newFontName = "courbd.ttf";
else if (_style & STTF_ITALIC)
newFontName = "couri.ttf";
else
newFontName = "cour.ttf";
} else if (fontName.matchString("*century schoolbook*", true)) {
if ((_style & (STTF_BOLD | STTF_ITALIC)) == (STTF_BOLD | STTF_ITALIC))
newFontName = "censcbkbi.ttf";
else if (_style & STTF_BOLD)
newFontName = "censcbkbd.ttf";
else if (_style & STTF_ITALIC)
newFontName = "censcbki.ttf";
else
newFontName = "censcbk.ttf";
} else if (fontName.matchString("*garamond*", true)) {
if ((_style & (STTF_BOLD | STTF_ITALIC)) == (STTF_BOLD | STTF_ITALIC))
newFontName = "garabi.ttf";
else if (_style & STTF_BOLD)
newFontName = "garabd.ttf";
else if (_style & STTF_ITALIC)
newFontName = "garai.ttf";
else
newFontName = "gara.ttf";
} else if (fontName.matchString("*arial*", true) || fontName.matchString("*ZorkNormal*", true)) {
if ((_style & (STTF_BOLD | STTF_ITALIC)) == (STTF_BOLD | STTF_ITALIC))
newFontName = "arialbi.ttf";
else if (_style & STTF_BOLD)
newFontName = "arialbd.ttf";
else if (_style & STTF_ITALIC)
newFontName = "ariali.ttf";
else
newFontName = "arial.ttf";
} else {
debug("Could not identify font: %s. Reverting to Arial", fontName.c_str());
newFontName = "arial.ttf";
}
bool sharp = (_style & STTF_SHARP) == STTF_SHARP;
Common::File *file = _engine->getSearchManager()->openFile(newFontName);
if (!file) {
Common::SeekableReadStream *themeFile = nullptr;
if (ConfMan.hasKey("themepath")) {
Common::FSNode themePath(ConfMan.get("themepath"));
if (themePath.exists()) {
Common::FSNode scummModern = themePath.getChild("scummmodern.zip");
if (scummModern.exists()) {
themeFile = scummModern.createReadStream();
}
}
}
if (!themeFile) { // Fallback : Search for ScummModern.zip in SearchMan.
themeFile = SearchMan.createReadStreamForMember("scummmodern.zip");
}
if (themeFile) {
Common::Archive *themeArchive = Common::makeZipArchive(themeFile);
if (themeArchive->hasFile("FreeSans.ttf")) {
Common::SeekableReadStream *stream = nullptr;
stream = themeArchive->createReadStreamForMember("FreeSans.ttf");
Graphics::Font *_newFont = Graphics::loadTTFFont(*stream, point, 60, (sharp ? Graphics::kTTFRenderModeMonochrome : Graphics::kTTFRenderModeNormal)); // 66 dpi for 640 x 480 on 14" display
if (_newFont) {
if (!_font)
delete _font;
_font = _newFont;
}
if (stream)
delete stream;
}
delete themeArchive;
themeArchive = nullptr;
}
} else {
Graphics::Font *_newFont = Graphics::loadTTFFont(*file, point, 60, (sharp ? Graphics::kTTFRenderModeMonochrome : Graphics::kTTFRenderModeNormal)); // 66 dpi for 640 x 480 on 14" display
if (_newFont) {
if (!_font)
delete _font;
_font = _newFont;
}
delete file;
}
_fntName = fontName;
_lineHeight = point;
if (_font)
return true;
return false;
}
TestExitStatus CloudTests::testUploading() {
ConfParams.setCloudTestCallbackCalled(false);
ConfParams.setCloudTestErrorCallbackCalled(false);
if (CloudMan.getCurrentStorage() == nullptr) {
Testsuite::logPrintf("Couldn't find connected Storage\n");
return kTestFailed;
}
Common::String info = "Testing Cloud Storage API upload() method.\n"
"In this test we'll try to upload a 'test1/file.txt' file.";
if (Testsuite::handleInteractiveInput(info, "OK", "Skip", kOptionRight)) {
Testsuite::logPrintf("Info! Skipping test : upload()\n");
return kTestSkipped;
}
if (!ConfParams.isGameDataFound()) {
Testsuite::logPrintf("Info! Couldn't find the game data, so skipping test : upload()\n");
return kTestSkipped;
}
const Common::String &path = ConfMan.get("path");
Common::FSDirectory gameRoot(path);
Common::FSDirectory *directory = gameRoot.getSubDirectory("test1");
Common::FSNode node = directory->getFSNode().getChild("file.txt");
delete directory;
if (CloudMan.getCurrentStorage()->uploadStreamSupported()) {
if (CloudMan.getCurrentStorage()->upload(
Common::String(getRemoteTestPath()) + "/testfile.txt",
node.createReadStream(),
new Common::GlobalFunctionCallback<Cloud::Storage::UploadResponse>(&fileUploadedCallback),
new Common::GlobalFunctionCallback<Networking::ErrorResponse>(&errorCallback)
) == nullptr) {
Testsuite::logPrintf("Warning! No Request is returned!\n");
}
} else {
Common::String filepath = node.getPath();
if (CloudMan.getCurrentStorage()->upload(
Common::String(getRemoteTestPath()) + "/testfile.txt",
filepath.c_str(),
new Common::GlobalFunctionCallback<Cloud::Storage::UploadResponse>(&fileUploadedCallback),
new Common::GlobalFunctionCallback<Networking::ErrorResponse>(&errorCallback)
) == nullptr) {
Testsuite::logPrintf("Warning! No Request is returned!\n");
}
}
if (!waitForCallbackMore()) return kTestSkipped;
Testsuite::clearScreen();
if (ConfParams.isCloudTestErrorCallbackCalled()) {
Testsuite::logPrintf("Error callback was called\n");
return kTestFailed;
}
Common::String info2 = "upload() is finished. Do you want to list '/testbed' directory?";
if (!Testsuite::handleInteractiveInput(info2, "Yes", "No", kOptionRight)) {
ConfParams.setCloudTestCallbackCalled(false);
if (CloudMan.listDirectory(
getRemoteTestPath(),
new Common::GlobalFunctionCallback<Cloud::Storage::FileArrayResponse>(&directoryListedCallback),
new Common::GlobalFunctionCallback<Networking::ErrorResponse>(&errorCallback)
) == nullptr) {
Testsuite::logPrintf("Warning! No Request is returned!\n");
}
if (!waitForCallbackMore()) return kTestSkipped;
Testsuite::clearScreen();
if (ConfParams.isCloudTestErrorCallbackCalled()) {
Testsuite::logPrintf("Error callback was called\n");
return kTestFailed;
}
}
if (Testsuite::handleInteractiveInput("Was the CloudMan able to upload into 'testbed/testfile.txt' file?", "Yes", "No", kOptionRight)) {
Testsuite::logDetailedPrintf("Error! File was not uploaded!\n");
return kTestFailed;
}
Testsuite::logDetailedPrintf("File was uploaded\n");
return kTestPassed;
}
