Foam::h5Write::h5Write
(
const word& name,
const objectRegistry& obr,
const dictionary& dict,
const bool loadFromFiles
)
:
name_(name),
obr_(obr),
mesh_(refCast<const fvMesh>(obr))
{
// Read dictionary
read(dict);
// Calssify fields
nFields_ = classifyFields();
// Initialize file
fileCreate();
// Only do if some fields are to be written
if (nFields_)
{
// Set length of cell numbers array
nCells_.setSize(Pstream::nProcs());
// Write mesh and initial conditions
meshWrite();
write();
}
}
// =-=-=-=-=-=-=-
// local function to handle sub file creation
int _rsSubStructFileCreate(
rsComm_t* _comm,
subFile_t* _sub_file ) {
irods::structured_object_ptr struct_obj(
new irods::structured_object(
*_sub_file ) );
struct_obj->comm( _comm );
struct_obj->resc_hier( _sub_file->specColl->rescHier );
irods::error err = fileCreate( _comm, struct_obj );
if ( !err.ok() ) {
std::stringstream msg;
msg << "failed on call to fileCreate for [";
msg << struct_obj->sub_file_path();
irods::log( PASSMSG( msg.str(), err ) );
return 0;
}
else {
return err.code();
}
} // _rsSubStructFileCreate
/**
* Shell command () prints existing files or creates new ones.
* @param args array of arguments
* @return OK for success, SYSERR for syntax error
*/
command xsh_cat(int nargs, char *args[])
{
int fd = 0;
char c = 0;
/* Output help, if '--help' argument was supplied */
if ((nargs == 2 && strncmp(args[1], "--help", 6) == 0) || (nargs > 3) || (nargs < 2))
{
printf("Usage: cat [filename] or cat > [filename]\n");
printf("Print file contents or copy console input into new file.\n");
printf("\t--help\t display this help and exit\n");
return OK;
}
if (nargs == 2)
{ /* Cat a file */
fd = fileOpen(args[1]);
if (SYSERR != fd)
{
fileSeek(fd, 0);
while ((c = fileGetChar(fd)) != (char)SYSERR)
{
printf("%c", c);
}
}
else
{
printf("File \"%s\" not found.\n", args[1]);
}
printf("\n\n");
return OK;
}
if (strncmp(args[1], ">", 2))
{
printf("ERROR: Cannot read from \"%s\", only CONSOLE!\n", args[1]);
return SYSERR;
}
if (SYSERR != fileOpen(args[2]))
{
printf("ERROR: file \"%s\" already exists!\n", args[2]);
return SYSERR;
}
fd = fileCreate(args[2]);
if (SYSERR == fd)
{
printf("ERROR creating file \"%s\"\n", args[2]);
return SYSERR;
}
printf("Creating new file \"%s\". Enter ~ to exit.\n", args[2]);
while ((c = getc(CONSOLE)) != '~')
{
filePutChar(fd, c);
}
fileClose(fd);
return OK;
}
static void
addFile(File *root, char *name, uint mode)
{
File *f;
f = fileCreate(root, name, mode | ModeDir, "adm");
if(f == nil)
vtFatal("could not create file: %s: %r", name);
fileDecRef(f);
}
int main(int argc, char *argv[])
{
ServerArguments arguments;
// Arguments parser.
if (serverArgumentsCreate(&arguments, argc, argv) == ERROR) {
return ERROR;
}
File file;
if (fileCreate(&file, serverArgumentsFileRoute(&arguments)) == ERROR) {
return ERROR;
}
int sesion_id = ONE;
while (!feof(fileAsociatedFile(&file))) {
long line_length = fileLineLengthCount(&file);
char buffer[line_length + ONE];
fileReadLine(&file, buffer, (int)line_length + ONE);
Process process;
processCreate(&process, buffer, sesion_id);
sesion_id++;
}
// Create server.
Server server;
if (serverCreate(&server) == ERROR) {
return ERROR;
}
if (serverOpen(&server, serverArgumentsPort(&arguments)) == ERROR) {
return ERROR;
}
Socket new_sock = serverAccept(&server);
if (new_sock.sockfd == ERROR) {
return ERROR;
}
if (socketSend(&new_sock, NULL) == ERROR) {
return ERROR;
}
serverArgumentsDestroy(&arguments);
serverDestroy(&server);
socketDestroy(&new_sock);
fileDestroy(&file);
return ZERO;
}
void CreateDataFiles()
{
if (!ONWIN)
{
std::string temp = "mkdir \"";
temp += getenv("HOME");
temp += "/.config/cubepass\"";
std::system(temp.c_str());
}
else
{
std::string temp = "md \"";
temp += getenv("APPDATA");
temp += "\\CubePass\"";
system(temp.c_str());
}
std::ofstream fileCreate(SETTINGS_FILE.c_str());
fileCreate.close();
fileCreate.open(DATABASE_FILE.c_str());
fileCreate.close();
inip::iniParser _iniFile(SETTINGS_FILE);
nihdb::dataBase _datFile(DATABASE_FILE);
_iniFile.CreateSection("Startup");
_iniFile.AddProperty("Startup", "Version", VERSION);
_iniFile.AddProperty("Startup", "RememberUsername", "false");
_iniFile.AddProperty("Startup", "ShowHelp", "true");
_iniFile.CreateSection("Users");
_datFile.AddComment("CubePass database");
_datFile.AddComment("This database stores all the data for CubePass");
_datFile.AddComment("ALL SENSITIVE DATA IS ENCRYPTED");
_datFile.AddComment("");
_iniFile.ApplyChanges();
_datFile.ApplyChanges();
return;
}
static int
usersFileWrite(Ubox* box)
{
Fs *fs;
User *u;
int i, r;
Fsys *fsys;
char *p, *q, *s;
File *dir, *file;
if((fsys = fsysGet("main")) == nil)
return 0;
fsysFsRlock(fsys);
fs = fsysGetFs(fsys);
/*
* BUG:
* the owner/group/permissions need to be thought out.
*/
r = 0;
if((dir = fileOpen(fs, "/active")) == nil)
goto tidy0;
if((file = fileWalk(dir, uidadm)) == nil)
file = fileCreate(dir, uidadm, ModeDir|0775, uidadm);
fileDecRef(dir);
if(file == nil)
goto tidy;
dir = file;
if((file = fileWalk(dir, "users")) == nil)
file = fileCreate(dir, "users", 0664, uidadm);
fileDecRef(dir);
if(file == nil)
goto tidy;
if(!fileTruncate(file, uidadm))
goto tidy;
p = s = vtMemAlloc(box->len+1);
q = p + box->len+1;
for(u = box->head; u != nil; u = u->next){
p += snprint(p, q-p, "%s:%s:", u->uid, u->uname);
if(u->leader != nil)
p+= snprint(p, q-p, u->leader);
p += snprint(p, q-p, ":");
if(u->ngroup){
p += snprint(p, q-p, u->group[0]);
for(i = 1; i < u->ngroup; i++)
p += snprint(p, q-p, ",%s", u->group[i]);
}
p += snprint(p, q-p, "\n");
}
r = fileWrite(file, s, box->len, 0, uidadm);
vtMemFree(s);
tidy:
if(file != nil)
fileDecRef(file);
tidy0:
fsysFsRUnlock(fsys);
fsysPut(fsys);
return r;
}
/*----main*--------*/
int main(int argc,char* argv[]){
fileCreate("666.m3u");
printf("DONE!\n");
getchar();
return 0;
}
/*
* Prepare the directory to store a snapshot.
* Temporary snapshots go into /snapshot/yyyy/mmdd/hhmm[.#]
* Archival snapshots go into /archive/yyyy/mmdd[.#].
*
* TODO This should be rewritten to eliminate most of the duplication.
*/
static File*
fileOpenSnapshot(Fs *fs, char *dstpath, int doarchive)
{
int n;
char buf[30], *s, *p, *elem;
File *dir, *f;
Tm now;
if(dstpath){
if((p = strrchr(dstpath, '/')) != nil){
*p++ = '\0';
elem = p;
p = dstpath;
if(*p == '\0')
p = "/";
}else{
p = "/";
elem = dstpath;
}
if((dir = fileOpen(fs, p)) == nil)
return nil;
f = fileCreate(dir, elem, ModeDir|ModeSnapshot|0555, "adm");
fileDecRef(dir);
return f;
}else if(doarchive){
/*
* a snapshot intended to be archived to venti.
*/
dir = fileOpen(fs, "/archive");
if(dir == nil)
return nil;
now = *localtime(time(0));
/* yyyy */
snprint(buf, sizeof(buf), "%d", now.year+1900);
f = fileWalk(dir, buf);
if(f == nil)
f = fileCreate(dir, buf, ModeDir|0555, "adm");
fileDecRef(dir);
if(f == nil)
return nil;
dir = f;
/* mmdd[#] */
snprint(buf, sizeof(buf), "%02d%02d", now.mon+1, now.mday);
s = buf+strlen(buf);
for(n=0;; n++){
if(n)
seprint(s, buf+sizeof(buf), ".%d", n);
f = fileWalk(dir, buf);
if(f != nil){
fileDecRef(f);
continue;
}
f = fileCreate(dir, buf, ModeDir|ModeSnapshot|0555, "adm");
break;
}
fileDecRef(dir);
return f;
}else{
/*
* Just a temporary snapshot
* We'll use /snapshot/yyyy/mmdd/hhmm.
* There may well be a better naming scheme.
* (I'd have used hh:mm but ':' is reserved in Microsoft file systems.)
*/
dir = fileOpen(fs, "/snapshot");
if(dir == nil)
return nil;
now = *localtime(time(0));
/* yyyy */
snprint(buf, sizeof(buf), "%d", now.year+1900);
f = fileWalk(dir, buf);
if(f == nil)
f = fileCreate(dir, buf, ModeDir|0555, "adm");
fileDecRef(dir);
if(f == nil)
return nil;
dir = f;
/* mmdd */
snprint(buf, sizeof(buf), "%02d%02d", now.mon+1, now.mday);
f = fileWalk(dir, buf);
if(f == nil)
f = fileCreate(dir, buf, ModeDir|0555, "adm");
fileDecRef(dir);
if(f == nil)
return nil;
dir = f;
/* hhmm[.#] */
snprint(buf, sizeof buf, "%02d%02d", now.hour, now.min);
s = buf+strlen(buf);
for(n=0;; n++){
if(n)
seprint(s, buf+sizeof(buf), ".%d", n);
f = fileWalk(dir, buf);
if(f != nil){
fileDecRef(f);
continue;
}
f = fileCreate(dir, buf, ModeDir|ModeSnapshot|0555, "adm");
break;
}
fileDecRef(dir);
return f;
}
}
int runIntegrationTest(const char *testName, CharString testArguments,
ReturnCode expectedResultCode,
const TestOutputType testOutputType,
const CharString mrsWatsonExePath,
const CharString resourcesPath) {
int result = 0;
int returnCode;
ReturnCode resultCode;
ChannelCount failedAnalysisChannel;
SampleCount failedAnalysisFrame;
#if WINDOWS
STARTUPINFOA startupInfo;
PROCESS_INFORMATION processInfo;
#endif
// Remove files from a previous test run
File outputFolder = newFileWithPathCString(kApplicationRunnerOutputFolder);
if (fileExists(outputFolder)) {
_removeOutputFiles(testName);
} else {
fileCreate(outputFolder, kFileTypeDirectory);
}
freeFile(outputFolder);
if (mrsWatsonExePath == NULL) {
return -1;
} else {
File mrsWatsonExe = newFileWithPath(mrsWatsonExePath);
boolByte mrsWatsonExeExists = fileExists(mrsWatsonExe);
freeFile(mrsWatsonExe);
if (!mrsWatsonExeExists) {
freeCharString(testArguments);
return -1;
}
}
if (resourcesPath == NULL) {
freeCharString(testArguments);
return -1;
} else {
File resourcesFile = newFileWithPath(resourcesPath);
boolByte resourcesExists = fileExists(resourcesFile);
freeFile(resourcesFile);
if (!resourcesExists) {
freeCharString(testArguments);
return -1;
}
}
// Create the command line argument
CharString arguments = newCharStringWithCapacity(kCharStringLengthLong);
charStringAppendCString(arguments, "\"");
charStringAppend(arguments, mrsWatsonExePath);
charStringAppendCString(arguments, "\"");
charStringAppendCString(arguments, " ");
CharString defaultArguments;
CharString outputFilename = getTestOutputFilename(testName, testOutputType);
defaultArguments =
_getDefaultArguments(testName, resourcesPath, outputFilename);
charStringAppend(arguments, defaultArguments);
freeCharString(defaultArguments);
charStringAppendCString(arguments, " ");
charStringAppend(arguments, testArguments);
// Although testArguments is passed into this function (and hence, it would
// generally not take ownership of it), in this case we free the arguments
// here to make writing the test cases simpler and reduce the amount of
// boilerplate code.
freeCharString(testArguments);
#if WINDOWS
memset(&startupInfo, 0, sizeof(startupInfo));
memset(&processInfo, 0, sizeof(processInfo));
startupInfo.cb = sizeof(startupInfo);
returnCode = CreateProcessA(
(LPCSTR)(mrsWatsonExePath->data), (LPSTR)(arguments->data), 0, 0, false,
CREATE_DEFAULT_ERROR_MODE, 0, 0, &startupInfo, &processInfo);
if (returnCode) {
// TODO: Check return codes for these calls
WaitForSingleObject(processInfo.hProcess,
kApplicationRunnerWaitTimeoutInMs);
GetExitCodeProcess(processInfo.hProcess, (LPDWORD)&resultCode);
CloseHandle(processInfo.hProcess);
CloseHandle(processInfo.hThread);
} else {
logCritical("Could not launch process, got error %s",
stringForLastError(GetLastError()));
return 1;
}
#else
returnCode = system(arguments->data);
resultCode = (ReturnCode)WEXITSTATUS(returnCode);
#endif
freeCharString(arguments);
if (resultCode == RETURN_CODE_FORK_FAILED ||
resultCode == RETURN_CODE_SHELL_FAILED ||
resultCode == RETURN_CODE_LAUNCH_FAILED_OTHER) {
logCritical("Could not launch shell, got return code %d\n\
Please check the executable path specified in the --mrswatson-path argument.",
resultCode);
return 1;
} else if (resultCode == expectedResultCode) {
CharString failedAnalysisFunctionName = newCharString();
if (testOutputType != kTestOutputNone) {
if (analyzeFile(outputFilename->data, failedAnalysisFunctionName,
&failedAnalysisChannel, &failedAnalysisFrame)) {
// TODO:
// if (!testEnvironment->results->keepFiles) {
// _removeOutputFiles(testName);
// }
result = 0;
} else {
fprintf(stderr,
"Audio analysis check for %s failed at frame %lu, channel %d. ",
failedAnalysisFunctionName->data, failedAnalysisFrame,
failedAnalysisChannel);
result = 1;
}
} else {
result = 0;
// TODO:
// if (!testEnvironment->results->keepFiles) {
// _removeOutputFiles(testName);
// }
}
freeCharString(failedAnalysisFunctionName);
} else {
fprintf(stderr, "Expected result code %d (%s), got %d (%s). ",
expectedResultCode, _getResultCodeString(expectedResultCode),
resultCode, _getResultCodeString(resultCode));
result = 1;
}
freeCharString(outputFilename);
return result;
}
bool_t bakeDemo()
{
bign_params params[1];
octet randa[48];
octet randb[48];
octet echoa[64];
octet echob[64];
bake_settings settingsa[1];
bake_settings settingsb[1];
octet da[32];
octet db[32];
octet certdataa[5 + 64];
octet certdatab[3 + 64];
bake_cert certa[1];
bake_cert certb[1];
octet file_data[1024];
file_st filea[1];
file_st fileb[1];
const char pwd[] = "8086";
octet keya[32];
octet keyb[32];
// загрузить долговременные параметры
if (bignStdParams(params, "1.2.112.0.2.0.34.101.45.3.1") != ERR_OK)
return FALSE;
// настроить генераторы
ASSERT(prngEcho_keep() <= sizeof(echoa));
// задать настройки
memSetZero(settingsa, sizeof(bake_settings));
memSetZero(settingsb, sizeof(bake_settings));
settingsa->kca = settingsa->kcb = TRUE;
settingsb->kca = settingsb->kcb = TRUE;
settingsa->rng = settingsb->rng = prngEchoStepR;
settingsa->rng_state = echoa;
settingsb->rng_state = echob;
// загрузить личные ключи
hexTo(da, _da);
hexTo(db, _db);
// загрузить сертификаты
hexTo(certdataa, _certa);
hexTo(certdatab, _certb);
certa->data = certdataa;
certa->len = strLen(_certa) / 2;
certb->data = certdatab;
certb->len = strLen(_certb) / 2;
certa->val = certb->val = certVal;
// тест Б.2
hexTo(randa, _bmqv_randa);
hexTo(randb, _bmqv_randb);
ASSERT(sizeof(file_data) >= sizeof(_bmqv_data) / 2);
hexTo(file_data, _bmqv_data);
if (fileCreate(filea, file_data, strlen(_bmqv_data) / 2) != ERR_OK ||
fileCreate(fileb, file_data, strlen(_bmqv_data) / 2) != ERR_OK)
return FALSE;
prngEchoStart(echoa, randa, strLen(_bmqv_randb) / 2);
prngEchoStart(echob, randb, strLen(_bmqv_randb) / 2);
if (bakeBMQVRunB(keyb, params, settingsb, db, certb, certa,
fileRead, fileWrite, fileb) != ERR_OK ||
bakeBMQVRunA(keya, params, settingsa, da, certa, certb,
fileRead, fileWrite, filea))
return FALSE;
if (!memEq(keya, keyb, 32) ||
!hexEq(keya,
"C6F86D0E468D5EF1A9955B2EE0CF0581"
"050C81D1B47727092408E863C7EEB48C"))
return FALSE;
// тест Б.3
hexTo(randa, _bsts_randa);
hexTo(randb, _bsts_randb);
ASSERT(sizeof(file_data) >= strlen(_bsts_data) / 2);
hexTo(file_data, _bsts_data);
if (fileCreate(filea, file_data, strlen(_bsts_data) / 2) != ERR_OK ||
fileCreate(fileb, file_data, strlen(_bsts_data) / 2) != ERR_OK)
return FALSE;
prngEchoStart(echoa, randa, strLen(_bsts_randb) / 2);
prngEchoStart(echob, randb, strLen(_bsts_randb) / 2);
if (bakeBSTSRunB(keyb, params, settingsb, db, certb, certVal,
fileRead, fileWrite, fileb) != ERR_OK ||
bakeBSTSRunA(keya, params, settingsa, da, certa, certVal,
fileRead, fileWrite, filea))
return FALSE;
if (!memEq(keya, keyb, 32) ||
!hexEq(keya,
"78EF2C56BD6DA2116BB5BEE80CEE5C05"
"394E7609183CF7F76DF0C2DCFB25C4AD"))
return FALSE;
// тест Б.4
hexTo(randa, _bpace_randa);
hexTo(randb, _bpace_randb);
ASSERT(sizeof(file_data) >= strlen(_bsts_data) / 2);
hexTo(file_data, _bpace_data);
if (fileCreate(filea, file_data, strlen(_bpace_data) / 2) != ERR_OK ||
fileCreate(fileb, file_data, strlen(_bpace_data) / 2) != ERR_OK)
return FALSE;
prngEchoStart(echoa, randa, strLen(_bpace_randb) / 2);
prngEchoStart(echob, randb, strLen(_bpace_randb) / 2);
if (bakeBPACERunB(keyb, params, settingsb, (octet*)pwd, strLen(pwd),
fileRead, fileWrite, fileb) != ERR_OK ||
bakeBPACERunA(keya, params, settingsa, (octet*)pwd, strLen(pwd),
fileRead, fileWrite, filea))
return FALSE;
if (!memEq(keya, keyb, 32) ||
!hexEq(keya,
"DAC4D8F411F9C523D28BBAAB32A5270E"
"4DFA1F0F757EF8E0F30AF08FBDE1E7F4"))
return FALSE;
// все нормально
return TRUE;
}
void errorReporterInitialize(ErrorReporter self)
{
CharString infoText = newCharStringWithCString(kErrorReportInfoText);
CharString wrappedInfoText;
time_t now;
size_t length;
size_t i;
printf("=== Starting error report ===\n");
wrappedInfoText = charStringWrap(infoText, 0);
// The second newline here is intentional
printf("%s\n", wrappedInfoText->data);
time(&now);
self->started = true;
snprintf(self->reportName->data, self->reportName->capacity,
"MrsWatson Report %s", ctime(&now));
// Trim the final newline character from this string if it exists
length = strlen(self->reportName->data);
if (self->reportName->data[length - 1] == '\n') {
self->reportName->data[length - 1] = '\0';
length--;
}
for (i = 0; i < length; i++) {
if (!(charStringIsLetter(self->reportName, i) ||
charStringIsNumber(self->reportName, i))) {
self->reportName->data[i] = '-';
}
}
#if UNIX
snprintf(self->desktopPath->data, self->desktopPath->capacity,
"%s/Desktop", getenv("HOME"));
#elif WINDOWS
SHGetFolderPathA(NULL, CSIDL_DESKTOPDIRECTORY, NULL, 0, self->desktopPath->data);
#endif
// Try to place the report on the user's desktop. However, if we cannot find
// the desktop (which may occur with localized Linux installations, for instance),
// then just dump it in the current directory instead.
File desktopPath = newFileWithPath(self->desktopPath);
File reportPath;
if (!fileExists(desktopPath)) {
logWarn("Could not find desktop location, placing error report in current directory instead");
CharString currentDirString = fileGetCurrentDirectory();
File currentDir = newFileWithPath(currentDirString);
reportPath = newFileWithParent(currentDir, self->reportName);
freeFile(currentDir);
freeCharString(currentDirString);
} else {
reportPath = newFileWithParent(desktopPath, self->reportName);
freeFile(desktopPath);
}
if (fileExists(reportPath)) {
logCritical("The path '%s' already contains a previous error report. Please remove the report data and try again.");
} else {
fileCreate(reportPath, kFileTypeDirectory);
}
// Now we should have a real error report path
charStringCopy(self->reportDirPath, reportPath->absolutePath);
freeFile(reportPath);
freeCharString(wrappedInfoText);
freeCharString(infoText);
}
