__declspec(noinline) void PointerToDurableMappedFile::makeChunkWritable(size_t chunkno) {
stdx::lock_guard<stdx::mutex> lkPrivateViews(_m);
if (writable.get(chunkno)) // double check lock
return;
// remap all maps in this chunk.
// common case is a single map, but could have more than one with smallfiles or .ns files
size_t chunkStart = chunkno * MemoryMappedCOWBitset::ChunkSize;
size_t chunkNext = chunkStart + MemoryMappedCOWBitset::ChunkSize;
stdx::lock_guard<stdx::mutex> lkMapView(mapViewMutex);
map<void*, DurableMappedFile*>::iterator i = _views.upper_bound((void*)(chunkNext - 1));
while (1) {
const pair<void*, DurableMappedFile*> x = *(--i);
DurableMappedFile* mmf = x.second;
if (mmf == 0)
break;
size_t viewStart = reinterpret_cast<size_t>(x.first);
size_t viewEnd = viewStart + mmf->length();
if (viewEnd <= chunkStart)
break;
size_t protectStart = std::max(viewStart, chunkStart);
dassert(protectStart < chunkNext);
size_t protectEnd = std::min(viewEnd, chunkNext);
size_t protectSize = protectEnd - protectStart;
dassert(protectSize > 0 && protectSize <= MemoryMappedCOWBitset::ChunkSize);
DWORD oldProtection;
bool ok = VirtualProtect(
reinterpret_cast<void*>(protectStart), protectSize, PAGE_WRITECOPY, &oldProtection);
if (!ok) {
DWORD dosError = GetLastError();
if (dosError == ERROR_COMMITMENT_LIMIT) {
// System has run out of memory between physical RAM & page file, tell the user
BSONObjBuilder bb;
ProcessInfo p;
p.getExtraInfo(bb);
severe() << "MongoDB has exhausted the system memory capacity.";
severe() << "Current Memory Status: " << bb.obj();
}
severe() << "VirtualProtect for " << mmf->filename() << " chunk " << chunkno
<< " failed with " << errnoWithDescription(dosError) << " (chunk size is "
<< protectSize << ", address is " << hex << protectStart << dec << ")"
<< " in mongo::makeChunkWritable, terminating" << endl;
fassertFailed(16362);
}
}
writable.set(chunkno);
}
int dmtcp::CkptSerializer::openMtcpCheckpointFile(const dmtcp::string& path){
int fd = openDmtcpCheckpointFile(path);
jalib::JBinarySerializeReaderRaw rdr(path, fd);
static ConnectionToFds cfd;
static ProcessInfo pInfo;
cfd.serialize(rdr);
pInfo.serialize(rdr);
return fd;
}
void NewProcessDialog::accept()
{
ProcessInfo* info = new ProcessInfo();
info->setProcessType(static_cast<FiniteElement::ProcessType>(this->processTypeBox->currentIndex() + 1));
info->setProcessPrimaryVariable(static_cast<FiniteElement::PrimaryVariable>(this->pvTypeBox->currentIndex() + 1));
emit addProcess(info);
this->done(QDialog::Accepted);
}
logical ErrorHandle :: DisplayMessage (Error *error_obj )
{
char string[129];
char string1[10];
char buffer[sizeof(message.text)+1];
ProcessInfo *procinfo;
BEGINSEQ
if ( TestSysVariable("SUPRESS_ERRORS","YES") ) LEAVESEQ
procinfo = ThreadEntry::GetCurProcInfo();
if ( procinfo )
WriteProtocol(error_obj,procinfo->GetProtocolFile());
if ( error_obj )
message.SetData(error_obj);
if ( !gui_message )
{
if ( TestSysVariable("NO_CONSOLE_MESSAGES","YES") ) LEAVESEQ
puts(gvtxbts(buffer,message.text,StringLength(message.text,sizeof(message.text))));
LEAVESEQ
}
if ( gui_message != YES ) // temporary enabled
gui_message = NO;
#ifndef __unix__
int type = MB_OK | MB_TOPMOST;
if ( error_obj )
switch ( error_obj->type )
{
case 'D' : type = MB_OKCANCEL;
case 'M' : type |= MB_ICONQUESTION; break;
case 'S' :
case 'I' : type |= MB_ICONINFORMATION; break;
case 'W' : type |= MB_ICONWARNING; break;
default : type |= MB_ICONERROR;
}
else
type = MB_ICONERROR;
gvtxbts(string,message.component,19);
strcat(string," ");
strcat(string,gvtxbts(string1,message.error_code,4));
MessageBox(NULL, message.text, string, type);
#else if
// hier fehlt noch der XWIN-Teil
#endif
RECOVER
ENDSEQ
return(NO);
}
void ErrorHandle :: WriteError (Error *error_obj )
{
char path[256];
Error saverr = *error_obj;
logical show_errors = NO;
ProcessInfo *procinfo;
short handle;
BEGINSEQ
if ( error_obj->CheckError() )
{
if ( (procinfo = ThreadEntry::GetCurProcInfo()) &&
procinfo->get_error_file() && *procinfo->get_error_file() )
{
strcpy(path,procinfo->get_error_file());
strcat(strcat(path,"/"),"error.lst");
}
else
strcpy(path,cpath);
show_errors = TestSysVariable("SHOW_ERRORS","YES");
*error_obj = saverr;
ILock();
if ( error_obj )
message.SetData(error_obj);
#ifdef __unix__
if ( (handle = _open (path,
(int)(O_RDWR | O_APPEND | O_CREAT ),
(S_IREAD | S_IWRITE) )) > 0 )
#else
if ( (handle = _open (path,
(int)(O_WRONLY | O_APPEND | O_CREAT | O_BINARY ),
S_IWRITE )) > 0 )
#endif
{
_write(handle,&message,sizeof(message));
_close(handle);
}
if ( show_errors )
{
if ( !gui_message )
gui_message = AUTO; // enable temporaily
ShowMessage(NULL);
}
IUnlock();
}
RECOVER
ENDSEQ
}
RocksEngine::RocksEngine(const std::string& path, bool durable)
: _path(path), _durable(durable) {
{ // create block cache
uint64_t cacheSizeGB = 0;
ProcessInfo pi;
unsigned long long memSizeMB = pi.getMemSizeMB();
if (memSizeMB > 0) {
double cacheMB = memSizeMB / 2;
cacheSizeGB = static_cast<uint64_t>(cacheMB / 1024);
}
if (cacheSizeGB < 1) {
cacheSizeGB = 1;
}
_block_cache = rocksdb::NewLRUCache(cacheSizeGB * 1024 * 1024 * 1024LL);
}
// open DB
rocksdb::DB* db;
auto s = rocksdb::DB::Open(_options(), path, &db);
ROCKS_STATUS_OK(s);
_db.reset(db);
// open iterator
boost::scoped_ptr<rocksdb::Iterator> _iter(_db->NewIterator(rocksdb::ReadOptions()));
// find maxPrefix
_maxPrefix = 0;
_iter->SeekToLast();
if (_iter->Valid()) {
// otherwise the DB is empty, so we just keep it at 0
bool ok = extractPrefix(_iter->key(), &_maxPrefix);
// this is DB corruption here
invariant(ok);
}
// load ident to prefix map
{
boost::mutex::scoped_lock lk(_identPrefixMapMutex);
for (_iter->Seek(kMetadataPrefix);
_iter->Valid() && _iter->key().starts_with(kMetadataPrefix); _iter->Next()) {
rocksdb::Slice ident(_iter->key());
ident.remove_prefix(kMetadataPrefix.size());
// this could throw DBException, which then means DB corruption. We just let it fly
// to the caller
BSONObj identConfig(_iter->value().data());
BSONElement element = identConfig.getField("prefix");
// TODO: SERVER-16979 Correctly handle errors returned by RocksDB
// This is DB corruption
invariant(!element.eoo() || !element.isNumber());
uint32_t identPrefix = static_cast<uint32_t>(element.numberInt());
_identPrefixMap[StringData(ident.data(), ident.size())] = identPrefix;
}
}
}
void printMemInfo( const char * where ){
cout << "mem info: ";
if ( where )
cout << where << " ";
ProcessInfo pi;
if ( ! pi.supported() ){
cout << " not supported" << endl;
return;
}
cout << "vsize: " << pi.getVirtualMemorySize() << " resident: " << pi.getResidentSize() << " mapped: " << ( MemoryMappedFile::totalMappedLength() / ( 1024 * 1024 ) ) << endl;
}
BSONObj JSGetMemInfo(const BSONObj& args, void* data) {
ProcessInfo pi;
uassert(10258, "processinfo not supported", pi.supported());
BSONObjBuilder e;
e.append("virtual", pi.getVirtualMemorySize());
e.append("resident", pi.getResidentSize());
BSONObjBuilder b;
b.append("ret", e.obj());
return b.obj();
}
void ClientMetadata::serialize(StringData driverName,
StringData driverVersion,
BSONObjBuilder* builder) {
ProcessInfo processInfo;
serializePrivate(driverName,
driverVersion,
processInfo.getOsType(),
processInfo.getOsName(),
processInfo.getArch(),
processInfo.getOsVersion(),
builder);
}
void printMemInfo(const char* where) {
LogstreamBuilder out = log();
out << "mem info: ";
if (where)
out << where << " ";
ProcessInfo pi;
if (!pi.supported()) {
out << " not supported";
return;
}
out << "vsize: " << pi.getVirtualMemorySize() << " resident: " << pi.getResidentSize()
<< " mapped: " << (MemoryMappedFile::totalMappedLength() / (1024 * 1024));
}
// static
void Explain::generateServerInfo(BSONObjBuilder* out) {
BSONObjBuilder serverBob(out->subobjStart("serverInfo"));
out->append("host", getHostNameCached());
out->appendNumber("port", serverGlobalParams.port);
out->append("version", versionString);
out->append("gitVersion", gitVersion());
ProcessInfo p;
BSONObjBuilder bOs;
bOs.append("type", p.getOsType());
bOs.append("name", p.getOsName());
bOs.append("version", p.getOsVersion());
serverBob.append(StringData("os"), bOs.obj());
serverBob.doneFast();
}
//************************************************************************************
//************************************************************************************
void ThermalFace2D::CalculateAll(MatrixType& rLeftHandSideMatrix, VectorType& rRightHandSideVector, ProcessInfo& rCurrentProcessInfo, bool CalculateStiffnessMatrixFlag, bool CalculateResidualVectorFlag)
{
KRATOS_TRY
unsigned int number_of_nodes = GetGeometry().size();
//resizing as needed the LHS
unsigned int MatSize=number_of_nodes;
ConvectionDiffusionSettings::Pointer my_settings = rCurrentProcessInfo.GetValue(CONVECTION_DIFFUSION_SETTINGS);
const Variable<double>& rUnknownVar = my_settings->GetUnknownVariable();
const Variable<double>& rSurfaceSourceVar = my_settings->GetSurfaceSourceVariable();
//calculate lenght
double x21 = GetGeometry()[1].X() - GetGeometry()[0].X();
double y21 = GetGeometry()[1].Y() - GetGeometry()[0].Y();
double lenght = x21*x21 + y21*y21;
lenght = sqrt(lenght);
const Properties& ConstProp = GetProperties();
const double& ambient_temperature = ConstProp[AMBIENT_TEMPERATURE];
double StefenBoltzmann = 5.67e-8;
double emissivity = ConstProp[EMISSIVITY];
double convection_coefficient = ConstProp[CONVECTION_COEFFICIENT];
const double& T0 = GetGeometry()[0].FastGetSolutionStepValue(rUnknownVar);
const double& T1 = GetGeometry()[1].FastGetSolutionStepValue(rUnknownVar);
const double& q0 =GetGeometry()[0].FastGetSolutionStepValue(rSurfaceSourceVar);
const double& q1 =GetGeometry()[1].FastGetSolutionStepValue(rSurfaceSourceVar);
if (CalculateStiffnessMatrixFlag == true) //calculation of the matrix is required
{
if(rLeftHandSideMatrix.size1() != MatSize )
rLeftHandSideMatrix.resize(MatSize,MatSize,false);
noalias(rLeftHandSideMatrix) = ZeroMatrix(MatSize,MatSize);
rLeftHandSideMatrix(0,0) = ( convection_coefficient + emissivity*StefenBoltzmann*4.0*pow(T0,3) )* 0.5 * lenght;
rLeftHandSideMatrix(1,1) = ( convection_coefficient + emissivity*StefenBoltzmann*4.0*pow(T1,3) )* 0.5 * lenght;
}
//resizing as needed the RHS
double aux = pow(ambient_temperature,4);
if (CalculateResidualVectorFlag == true) //calculation of the matrix is required
{
if(rRightHandSideVector.size() != MatSize )
rRightHandSideVector.resize(MatSize,false);
rRightHandSideVector[0] = q0 - emissivity*StefenBoltzmann*(pow(T0,4) - aux) - convection_coefficient * ( T0 - ambient_temperature);
rRightHandSideVector[1] = q1 - emissivity*StefenBoltzmann*(pow(T1,4) - aux) - convection_coefficient * ( T1 - ambient_temperature);
rRightHandSideVector *= 0.5*lenght;
}
KRATOS_CATCH("")
}
size_t WiredTigerUtil::getCacheSizeMB(double requestedCacheSizeGB) {
double cacheSizeMB;
const double kMaxSizeCacheMB = 10 * 1000 * 1000;
if (requestedCacheSizeGB == 0) {
// Choose a reasonable amount of cache when not explicitly specified by user.
// Set a minimum of 256MB, otherwise use 50% of available memory over 1GB.
ProcessInfo pi;
double memSizeMB = pi.getMemSizeMB();
cacheSizeMB = std::max((memSizeMB - 1024) * 0.5, 256.0);
} else {
cacheSizeMB = 1024 * requestedCacheSizeGB;
}
if (cacheSizeMB > kMaxSizeCacheMB) {
log() << "Requested cache size: " << cacheSizeMB << "MB exceeds max; setting to "
<< kMaxSizeCacheMB << "MB";
cacheSizeMB = kMaxSizeCacheMB;
}
return static_cast<size_t>(cacheSizeMB);
}
//************************************************************************************
//************************************************************************************
void ThermalFace2D::GetDofList(DofsVectorType& ConditionalDofList,ProcessInfo& CurrentProcessInfo)
{
ConvectionDiffusionSettings::Pointer my_settings = CurrentProcessInfo.GetValue(CONVECTION_DIFFUSION_SETTINGS);
const Variable<double>& rUnknownVar = my_settings->GetUnknownVariable();
ConditionalDofList.resize(GetGeometry().size());
for (unsigned int i=0; i<GetGeometry().size(); i++)
{
ConditionalDofList[i] = (GetGeometry()[i].pGetDof(rUnknownVar));
}
}
bool run(const string& dbname, BSONObj& cmdObj, int, string& errmsg, BSONObjBuilder& result, bool fromRepl) {
ProcessInfo p;
BSONObjBuilder bSys, bOs;
bSys.appendDate( "currentTime" , jsTime() );
bSys.append( "hostname" , prettyHostName() );
bSys.append( "cpuAddrSize", p.getAddrSize() );
bSys.append( "memSizeMB", static_cast <unsigned>( p.getMemSizeMB() ) );
bSys.append( "numCores", p.getNumCores() );
bSys.append( "cpuArch", p.getArch() );
bSys.append( "numaEnabled", p.hasNumaEnabled() );
bOs.append( "type", p.getOsType() );
bOs.append( "name", p.getOsName() );
bOs.append( "version", p.getOsVersion() );
result.append( StringData( "system" ), bSys.obj() );
result.append( StringData( "os" ), bOs.obj() );
p.appendSystemDetails( result );
return true;
}
void SearchTransaction::Search(DWORD value)
{
ProcessInfo info;
this->searchResults->clear();
this->value = value;
if ( this->process )
{
this->process->GetProcessInformation(&info);
SIZE_T bytesRead = 0;
DWORD buffer = 0;
QWORD address = 0x0;
BOOL result = TRUE;
while( address < info.GetWorkingSize() )
{
buffer = 0;
result = this->process->ReadMemory(
(LPCVOID)address,
&buffer,
this->width,
&bytesRead);
for ( SIZE_T d = 0 ; d < bytesRead ; d++ )
{
if ( value == buffer
&& this->searchResults->find(address) == this->searchResults->end() )
{
this->searchResults->insert( std::pair<QWORD,QWORD>(address,address) );
}
}
address+=this->width;
}
}
}
//************************************************************************************
//************************************************************************************
void ThermalFace2D::EquationIdVector(EquationIdVectorType& rResult, ProcessInfo& CurrentProcessInfo)
{
ConvectionDiffusionSettings::Pointer my_settings = CurrentProcessInfo.GetValue(CONVECTION_DIFFUSION_SETTINGS);
const Variable<double>& rUnknownVar = my_settings->GetUnknownVariable();
unsigned int number_of_nodes = GetGeometry().PointsNumber();
if(rResult.size() != number_of_nodes)
rResult.resize(number_of_nodes,false);
for (unsigned int i=0; i<number_of_nodes; i++)
{
rResult[i] = (GetGeometry()[i].GetDof(rUnknownVar)).EquationId();
}
}
/** called once a minute from killcursors thread */
void sayMemoryStatus() {
static time_t last;
static Mem mlast;
try {
ProcessInfo p;
if ( !cmdLine.quiet && p.supported() ) {
Mem m;
m.res = p.getResidentSize();
m.virt = p.getVirtualMemorySize();
m.mapped = MemoryMappedFile::totalMappedLength() / (1024 * 1024);
time_t now = time(0);
if( now - last >= 300 || m.grew(mlast) ) {
log() << "mem (MB) res:" << m.res << " virt:" << m.virt;
long long totalMapped = m.mapped;
if (cmdLine.dur) {
totalMapped *= 2;
log() << " mapped (incl journal view):" << totalMapped;
}
else {
log() << " mapped:" << totalMapped;
}
log() << " connections:" << connTicketHolder.used();
if (theReplSet) {
log() << " replication threads:" <<
ReplSetImpl::replWriterThreadCount +
ReplSetImpl::replPrefetcherThreadCount;
}
last = now;
mlast = m;
}
}
}
catch(const std::exception&) {
log() << "ProcessInfo exception" << endl;
}
}
/** called once a minute from killcursors thread */
void sayMemoryStatus() {
static time_t last;
static Mem mlast;
try {
ProcessInfo p;
if ( !cmdLine.quiet && p.supported() ) {
Mem m;
m.res = p.getResidentSize();
m.virt = p.getVirtualMemorySize();
m.mapped = (int) (MemoryMappedFile::totalMappedLength() / ( 1024 * 1024 ));
if( time(0)-last >= 300 || m.grew(mlast) ) {
log() << "mem (MB) res:" << m.res << " virt:" << m.virt << " mapped:" << m.mapped << endl;
if( m.virt - (cmdLine.dur?2:1)*m.mapped > 5000 ) {
ONCE log() << "warning virtual/mapped memory differential is large. journaling:" << cmdLine.dur << endl;
}
last = time(0);
mlast = m;
}
}
}
catch(...) {
log() << "ProcessInfo exception" << endl;
}
}
bool ProcFS::ReadProcessInfo(pid_t pid, ProcessInfo &info) {
pid_t ppid;
uid_t uid, euid;
gid_t gid, egid;
ELFInfo elf;
std::string path;
info.clear();
if (!ReadProcessIds(pid, ppid, uid, euid, gid, egid) ||
!GetProcessELFInfo(pid, elf) ||
(path = GetProcessExecutablePath(pid)).empty())
return false;
info.pid = pid;
info.parentPid = ppid;
info.name.swap(path);
info.realUid = uid;
info.effectiveUid = euid;
info.realGid = gid;
info.effectiveGid = egid;
if (!ELFSupport::MachineTypeToCPUType(elf.machine, elf.is64Bit, info.cpuType,
info.cpuSubType)) {
info.cpuType = kCPUTypeAny;
info.cpuSubType = kCPUSubTypeInvalid;
}
info.nativeCPUType = elf.machine;
info.nativeCPUSubType = kInvalidCPUType;
info.endian = elf.endian;
info.pointerSize = elf.is64Bit ? 8 : 4;
info.osType = Platform::GetOSTypeName();
info.osVendor = Platform::GetOSVendorName();
return true;
}
int main(int argc, char *argv[])
{
QCoreApplication a(argc, argv);
QStringList args = a.arguments();
if(args.size() < 5)
{
std::cout << ">>> KESM Composer Controller ver " << kComposerControllerVersion << " <<<" << std::endl;
std::cout << "Control composers." << std::endl;
QFileInfo pathInfo(args[0]);
QString fileName(pathInfo.completeBaseName());
std::cout << qPrintable(fileName )<< " dataPathName startIndex endIndex numberOfImagesToCompose" << std::endl;
return kKESM_ERROR;
}
ProcessInfo processInfo;
processInfo.init(args[1], args[2].toInt(), args[3].toInt(), args[4].toInt());
QString logTag;
if(args.size() > 5)
logTag = args[5];
std::cout << ">>> KESM Composer Controller ver " << kComposerControllerVersion << " <<<" << std::endl;
std::cout << "Control composers." << std::endl;
std::cout << "dataPathName: " << qPrintable(processInfo.dataPathName) << std::endl;
std::cout << "startIndex: " << processInfo.startIndex << std::endl;
std::cout << "endIndex: " << processInfo.endIndex << std::endl;
std::cout << "numberOfImages: " << processInfo.numberOfImages << std::endl;
////////////////////////////////////////////
// Controller
KESM::ComposerController controller;
for (int i = processInfo.startIndex; i < processInfo.endIndex; i+=kComposerUnitDepth) { //(processInfo.numberOfImages)/2) {
processInfo.prepareArgs(i);
QStringList argList;
QString numberOfImages = QString("%1").arg(processInfo.args.numberOfImages);
if(args.size() > 5)
argList << processInfo.args.baseFilePathName << processInfo.args.outputPath << numberOfImages << logTag;
else
argList << processInfo.args.baseFilePathName << processInfo.args.outputPath << numberOfImages;
std::cout << "Processing... " << i << ": " << qPrintable(processInfo.args.baseFilePathName) << std::endl;
controller.process.startDetached(processInfo.processName, argList);
//controller.process.start(processInfo.processName, argList);
// default max wait time is 30 sec.
// if more than 30 sec needed, we got to wait more...
controller.process.waitForFinished();//kMaxProcessWaitTime);
if(controller.isProcessError)
break;
}
return kKESM_OK; //a.exec();
}
//-------------------------------------------------------------------------------------------------
int_t xTMAIN(int_t a_argsNum, tchar_t *a_args[])
{
xUNUSED(a_argsNum);
xUNUSED(a_args);
{
#if 1
std::vector<int_t> signalNums;
signalNums.push_back(SIGHUP); // Hangup (POSIX)
signalNums.push_back(SIGINT); // Interrupt (ANSI)
signalNums.push_back(SIGQUIT); // Quit (POSIX)
signalNums.push_back(SIGILL); // Illegal instruction (ANSI)
signalNums.push_back(SIGTRAP); // Trace trap (POSIX)
signalNums.push_back(SIGABRT); // Abort (ANSI)
signalNums.push_back(SIGIOT); // IOT trap (4.2 BSD)
signalNums.push_back(SIGBUS); // BUS error (4.2 BSD)
signalNums.push_back(SIGFPE); // Floating-point exception (ANSI)
signalNums.push_back(SIGKILL); // Kill); unblockable (POSIX)
signalNums.push_back(SIGUSR1); // User-defined signal 1 (POSIX)
signalNums.push_back(SIGSEGV); // Segmentation violation (ANSI)
signalNums.push_back(SIGUSR2); // User-defined signal 2 (POSIX)
signalNums.push_back(SIGPIPE); // Broken pipe (POSIX)
signalNums.push_back(SIGALRM); // Alarm clock (POSIX)
signalNums.push_back(SIGTERM); // Termination (ANSI)
signalNums.push_back(SIGSTKFLT); // Stack fault
signalNums.push_back(SIGCLD); // Same as SIGCHLD (System V)
signalNums.push_back(SIGCHLD); // Child status has changed (POSIX)
signalNums.push_back(SIGCONT); // Continue (POSIX)
signalNums.push_back(SIGSTOP); // Stop); unblockable (POSIX)
signalNums.push_back(SIGTSTP); // Keyboard stop (POSIX)
signalNums.push_back(SIGTTIN); // Background read from tty (POSIX)
signalNums.push_back(SIGTTOU); // Background write to tty (POSIX)
signalNums.push_back(SIGURG); // Urgent condition on socket (4.2 BSD)
signalNums.push_back(SIGXCPU); // CPU limit exceeded (4.2 BSD)
signalNums.push_back(SIGXFSZ); // File size limit exceeded (4.2 BSD)
signalNums.push_back(SIGVTALRM); // Virtual alarm clock (4.2 BSD)
signalNums.push_back(SIGPROF); // Profiling alarm clock (4.2 BSD)
signalNums.push_back(SIGWINCH); // Window size change (4.3 BSD); Sun)
signalNums.push_back(SIGPOLL); // Pollable event occurred (System V)
signalNums.push_back(SIGIO); // I/O now possible (4.2 BSD)
signalNums.push_back(SIGPWR); // Power failure restart (System V)
signalNums.push_back(SIGSYS); // Bad system call
Application application(xT("[app_name]_guid"));
Application::setName(xT("[app_name]"));
#if 0
application.setName(xT("[app_name]"));
application.setDecription(xT("[decription]"));
application.setUsage(xT("[usage]"));
application.setHelp(xT("[help]"));
application.setCopyrightYears(xT("[2008-2014]"));
application.setVersionMajor(xT("[1]"));
application.setVersionMinor(xT("[0]"));
application.setVersionPatch(xT("[0]"));
application.setVersionType(xT("[alpha]"));
application.setVersionRevision(xT("[develop/970f53b]"));
application.setVendorName(xT("[Skynowa Studio]"));
application.setVendorDomain(xT("[com]"));
application.setVendorAuthor(xT("[skynowa]"));
application.setVendorUrl(xT("[http://bitbucket.org/skynowa/xlib]"));
application.setVendorEmail(xT("[[email protected]]"));
application.setVendorSkype(xT("[skynowa777]"));
#endif
#if 0
Trace()
<< xTRACE_VAR(application.name()) << xT("\n")
<< xTRACE_VAR(application.decription()) << xT("\n")
<< xTRACE_VAR(application.usage()) << xT("\n")
<< xTRACE_VAR(application.help()) << xT("\n")
<< xTRACE_VAR(application.copyrightYears()) << xT("\n")
<< xTRACE_VAR(application.versionMajor()) << xT("\n")
<< xTRACE_VAR(application.versionMinor()) << xT("\n")
<< xTRACE_VAR(application.versionPatch()) << xT("\n")
<< xTRACE_VAR(application.versionType()) << xT("\n")
<< xTRACE_VAR(application.versionRevision()) << xT("\n")
<< xTRACE_VAR(application.vendorName()) << xT("\n")
<< xTRACE_VAR(application.vendorDomain()) << xT("\n")
<< xTRACE_VAR(application.vendorAuthor()) << xT("\n")
<< xTRACE_VAR(application.vendorUrl()) << xT("\n")
<< xTRACE_VAR(application.vendorEmail()) << xT("\n")
<< xTRACE_VAR(application.vendorSkype());
#endif
application.setOnSignals(signalNums, SignalFunctor::onSignals);
application.setOnTerminate(SignalFunctor::onTerminate);
application.setOnExit(SignalFunctor::onExit);
// test error
TestFail testFail;
testFail.foo3();
#endif
}
#if xOPTION_TESTS
// checks
{
#if xENV_UNIX
SystemInfo info;
xCHECK_MSG_RET(info.isUserAdmin(), xT("xLib_test: Can't run as root"), EXIT_FAILURE);
#endif
}
// options (default)
bool_t isUseTracing = true;
ulonglong_t allLoops = 1ULL;
ulonglong_t unitLoops = 1ULL;
ulonglong_t caseLoops = 1ULL;
{
std::vec_tstring_t args;
ProcessInfo info;
info.setProcessId(Process::currentId());
info.commandLine(&args);
if (a_argsNum == 1) {
// OK, run tests with default params
}
else if (a_argsNum == 2) {
// usage
bool_t bRv = StringCI::compare(xT("-h"), args.at(1)) ||
StringCI::compare(xT("--help"), args.at(1));
if (!bRv) {
std::tcout << xT("\nxLib_test: unknown switches\n") << std::endl;
} else {
std::tcout << xT("\nUsage: ./xLib_test [is_tracing] [all_loops] [unit_loops]\n")
xT(" - xLib_test (binary file path)\n")
xT(" - is_tracing (is tracing)\n")
xT(" - all_loops (loops for all tests)\n")
xT(" - unit_loops (loops for unit test)\n")
xT(" - case_loops (loops for case test)\n") << std::endl;
}
return EXIT_SUCCESS;
}
else if (a_argsNum == 5) {
// addition params
isUseTracing = String::cast<bool_t> ( args.at(1) );
allLoops = String::cast<ulonglong_t>( args.at(2) );
unitLoops = String::cast<ulonglong_t>( args.at(3) );
caseLoops = String::cast<ulonglong_t>( args.at(4) );
}
else {
// fail
std::tcout << xT("\nxLib_test: unknown switches\n") << std::endl;
return EXIT_FAILURE;
}
}
// add and run tests
{
TestManager manager(isUseTracing);
// Test
#if 1
manager.add(new Test_Test);
#endif
// Core
#if 1
manager.add(new Test_Units);
manager.add(new Test_Defines);
manager.add(new Test_Limits);
manager.add(new Test_Utils);
manager.add(new Test_StdStream);
manager.add(new Test_HandleT);
manager.add(new Test_Type);
manager.add(new Test_Flags);
manager.add(new Test_Array);
manager.add(new Test_AutoReset);
manager.add(new Test_Char);
manager.add(new Test_Locale);
manager.add(new Test_String);
manager.add(new Test_DateTime);
manager.add(new Test_Com);
manager.add(new Test_Application);
#endif
// Crypt
#if 1
manager.add(new Test_Base64);
#if xHAVE_OPENSSL_CRYPTO
manager.add(new Test_Blowfish);
#endif
manager.add(new Test_Crc32);
manager.add(new Test_Guid);
manager.add(new Test_Random);
// Db
#if xHAVE_MYSQL
manager.add(new Test_MySql);
#endif
#endif
// Debug
#if 1
manager.add(new Test_Debug);
manager.add(new Test_BuildInfo);
manager.add(new Test_StdError);
manager.add(new Test_NativeError);
manager.add(new Test_Exception);
manager.add(new Test_StackTrace);
manager.add(new Test_Debugger);
manager.add(new Test_ErrorReport);
manager.add(new Test_Profiler);
manager.add(new Test_AutoProfiler);
#endif
// File system
#if 1
manager.add(new Test_Path);
manager.add(new Test_FileType);
manager.add(new Test_File);
manager.add(new Test_FileTemp);
manager.add(new Test_Dll);
manager.add(new Test_Finder);
manager.add(new Test_Dir);
manager.add(new Test_Volume);
manager.add(new Test_Config);
manager.add(new Test_Backup);
#endif
// Log
#if 1
manager.add(new Test_Trace);
manager.add(new Test_FileLog);
manager.add(new Test_SystemLog);
#endif
// Net
#if 1
manager.add(new Test_CookiePv0);
manager.add(new Test_CookiePv1);
manager.add(new Test_Cgi);
manager.add(new Test_SocketInit);
manager.add(new Test_DnsClient);
// manager.add(new Test_TcpClient);
// manager.add(new Test_TcpServer);
manager.add(new Test_HttpClient);
#endif
// Patterns
#if 1
manager.add(new Test_Observer);
manager.add(new Test_Raii);
manager.add(new Test_Singleton);
#endif
// Sync
#if 1
manager.add(new Test_AtomicLongInt);
manager.add(new Test_ThreadStorage);
manager.add(new Test_Mutex);
manager.add(new Test_AutoMutex);
manager.add(new Test_IpcMutex);
manager.add(new Test_AutoIpcMutex);
// manager.add(new Test_Event);
manager.add(new Test_Condition);
manager.add(new Test_Semaphore);
manager.add(new Test_IpcSemaphore);
// manager.add(new Test_Sleeper);
// manager.add(new Test_Thread);
// manager.add(new Test_ThreadPool);
manager.add(new Test_Process);
#endif
// Gui
#if 1
manager.add(new Test_MsgBox);
#endif
// System
#if 1
manager.add(new Test_Environment);
manager.add(new Test_SystemInfo);
manager.add(new Test_ProcessInfo);
manager.add(new Test_Console);
manager.add(new Test_Shell);
#endif
manager.run(allLoops, unitLoops, caseLoops);
}
#endif // xOPTION_TESTS
return EXIT_SUCCESS;
}
bool ProcessInfo::operator<(const ProcessInfo& val)
{
return GetPriority() < val.GetPriority();
}
bool Platform::GetProcessInfo(ProcessId pid, ProcessInfo &info) {
HANDLE processHandle;
BOOL rc;
info.clear();
info.pid = pid;
processHandle =
OpenProcess(PROCESS_QUERY_INFORMATION | PROCESS_VM_READ, FALSE, pid);
if (processHandle == nullptr) {
goto error;
}
// Get process name.
{
HMODULE firstModuleHandle;
DWORD bytesNeeded;
WCHAR processName[MAX_PATH];
rc = EnumProcessModules(processHandle, &firstModuleHandle,
sizeof(firstModuleHandle), &bytesNeeded);
if (!rc)
goto error;
rc = GetModuleBaseNameW(processHandle, firstModuleHandle, processName,
sizeof(processName));
if (!rc)
goto error;
info.name = WideToNarrowString(processName);
}
// Get process user ID.
{
HANDLE processToken;
std::vector<char> userInfoBuffer;
PTOKEN_USER userInfo;
DWORD bytesNeeded;
rc = OpenProcessToken(processHandle, TOKEN_QUERY, &processToken);
if (!rc)
goto error;
GetTokenInformation(processToken, TokenUser, userInfoBuffer.data(),
userInfoBuffer.size(), &bytesNeeded);
userInfoBuffer.resize(bytesNeeded);
rc = GetTokenInformation(processToken, TokenUser, userInfoBuffer.data(),
userInfoBuffer.size(), &bytesNeeded);
if (!rc) {
CloseHandle(processToken);
goto error;
}
userInfo = reinterpret_cast<PTOKEN_USER>(userInfoBuffer.data());
DWORD size = GetLengthSid(userInfo->User.Sid);
info.realUid = malloc(size);
CopySid(size, info.realUid, userInfo->User.Sid);
CloseHandle(processToken);
}
// TODO(sas): Fetch the process group ID. This looks like it's gonna
// require some additional work as a process on Windows doesn't have
// a single group but a list of group tokens instead.
CloseHandle(processHandle);
return true;
error:
if (processHandle != nullptr)
CloseHandle(processHandle);
return false;
}
TEST(ProcessInfo, SysInfoIsInitialized) {
ProcessInfo processInfo;
if (processInfo.supported()) {
ASSERT_FALSE(processInfo.getOsType().empty());
}
}
ProcessInfo::Pointer ProcessInfoGetPreviousSolutionStepInfo(ProcessInfo & rProcessInfo)
{
return rProcessInfo.pGetPreviousSolutionStepInfo();
}
TEST(ProcessInfo, GetNumCoresReturnsNonZeroNumberOfProcessors) {
ProcessInfo processInfo;
ProcessInfo::initializeSystemInfo();
ASSERT_GREATER_THAN((int)processInfo.getNumCores(), 0);
}
RocksEngine::RocksEngine(const std::string& path, bool durable)
: _path(path), _durable(durable), _maxPrefix(0) {
{ // create block cache
uint64_t cacheSizeGB = rocksGlobalOptions.cacheSizeGB;
if (cacheSizeGB == 0) {
ProcessInfo pi;
unsigned long long memSizeMB = pi.getMemSizeMB();
if (memSizeMB > 0) {
double cacheMB = memSizeMB / 2;
cacheSizeGB = static_cast<uint64_t>(cacheMB / 1024);
}
if (cacheSizeGB < 1) {
cacheSizeGB = 1;
}
}
_block_cache = rocksdb::NewLRUCache(cacheSizeGB * 1024 * 1024 * 1024LL, 6);
}
_maxWriteMBPerSec = rocksGlobalOptions.maxWriteMBPerSec;
_rateLimiter.reset(
rocksdb::NewGenericRateLimiter(static_cast<int64_t>(_maxWriteMBPerSec) * 1024 * 1024));
// open DB
rocksdb::DB* db;
auto s = rocksdb::DB::Open(_options(), path, &db);
invariantRocksOK(s);
_db.reset(db);
_counterManager.reset(
new RocksCounterManager(_db.get(), rocksGlobalOptions.crashSafeCounters));
_compactionScheduler.reset(new RocksCompactionScheduler(_db.get()));
// open iterator
boost::scoped_ptr<rocksdb::Iterator> iter(_db->NewIterator(rocksdb::ReadOptions()));
// find maxPrefix
iter->SeekToLast();
if (iter->Valid()) {
// otherwise the DB is empty, so we just keep it at 0
bool ok = extractPrefix(iter->key(), &_maxPrefix);
// this is DB corruption here
invariant(ok);
}
// load ident to prefix map. also update _maxPrefix if there's any prefix bigger than
// current _maxPrefix
{
boost::lock_guard<boost::mutex> lk(_identPrefixMapMutex);
for (iter->Seek(kMetadataPrefix);
iter->Valid() && iter->key().starts_with(kMetadataPrefix); iter->Next()) {
invariantRocksOK(iter->status());
rocksdb::Slice ident(iter->key());
ident.remove_prefix(kMetadataPrefix.size());
// this could throw DBException, which then means DB corruption. We just let it fly
// to the caller
BSONObj identConfig(iter->value().data());
BSONElement element = identConfig.getField("prefix");
if (element.eoo() || !element.isNumber()) {
log() << "Mongo metadata in RocksDB database is corrupted.";
invariant(false);
}
uint32_t identPrefix = static_cast<uint32_t>(element.numberInt());
_identPrefixMap[StringData(ident.data(), ident.size())] = identPrefix;
_maxPrefix = std::max(_maxPrefix, identPrefix);
}
}
// just to be extra sure. we need this if last collection is oplog -- in that case we
// reserve prefix+1 for oplog key tracker
++_maxPrefix;
// load dropped prefixes
{
rocksdb::WriteBatch wb;
// we will use this iter to check if prefixes are still alive
boost::scoped_ptr<rocksdb::Iterator> prefixIter(
_db->NewIterator(rocksdb::ReadOptions()));
for (iter->Seek(kDroppedPrefix);
iter->Valid() && iter->key().starts_with(kDroppedPrefix); iter->Next()) {
invariantRocksOK(iter->status());
rocksdb::Slice prefix(iter->key());
prefix.remove_prefix(kDroppedPrefix.size());
prefixIter->Seek(prefix);
invariantRocksOK(iter->status());
if (prefixIter->Valid() && prefixIter->key().starts_with(prefix)) {
// prefix is still alive, let's instruct the compaction filter to clear it up
uint32_t int_prefix;
bool ok = extractPrefix(prefix, &int_prefix);
invariant(ok);
{
boost::lock_guard<boost::mutex> lk(_droppedPrefixesMutex);
_droppedPrefixes.insert(int_prefix);
}
} else {
// prefix is no longer alive. let's remove the prefix from our dropped prefixes
// list
wb.Delete(iter->key());
}
}
if (wb.Count() > 0) {
auto s = _db->Write(rocksdb::WriteOptions(), &wb);
invariantRocksOK(s);
}
}
}
WiredTigerKVEngine::WiredTigerKVEngine(const std::string& path,
const std::string& extraOpenOptions,
bool durable,
bool repair)
: _eventHandler(WiredTigerUtil::defaultEventHandlers()),
_path(path),
_durable(durable),
_sizeStorerSyncTracker(100000, 60 * 1000) {
size_t cacheSizeGB = wiredTigerGlobalOptions.cacheSizeGB;
if (cacheSizeGB == 0) {
// Since the user didn't provide a cache size, choose a reasonable default value.
// We want to reserve 1GB for the system and binaries, but it's not bad to
// leave a fair amount left over for pagecache since that's compressed storage.
ProcessInfo pi;
double memSizeMB = pi.getMemSizeMB();
if (memSizeMB > 0) {
double cacheMB = (memSizeMB - 1024) * 0.6;
cacheSizeGB = static_cast<size_t>(cacheMB / 1024);
if (cacheSizeGB < 1)
cacheSizeGB = 1;
}
}
boost::filesystem::path journalPath = path;
journalPath /= "journal";
if (_durable) {
if (!boost::filesystem::exists(journalPath)) {
try {
boost::filesystem::create_directory(journalPath);
} catch (std::exception& e) {
log() << "error creating journal dir " << journalPath.string() << ' ' << e.what();
throw;
}
}
}
_previousCheckedDropsQueued = Date_t::now();
std::stringstream ss;
ss << "create,";
ss << "cache_size=" << cacheSizeGB << "G,";
ss << "session_max=20000,";
ss << "eviction=(threads_max=4),";
ss << "config_base=false,";
ss << "statistics=(fast),";
// The setting may have a later setting override it if not using the journal. We make it
// unconditional here because even nojournal may need this setting if it is a transition
// from using the journal.
ss << "log=(enabled=true,archive=true,path=journal,compressor=";
ss << wiredTigerGlobalOptions.journalCompressor << "),";
ss << "file_manager=(close_idle_time=100000),"; //~28 hours, will put better fix in 3.1.x
ss << "checkpoint=(wait=" << wiredTigerGlobalOptions.checkpointDelaySecs;
ss << ",log_size=2GB),";
ss << "statistics_log=(wait=" << wiredTigerGlobalOptions.statisticsLogDelaySecs << "),";
ss << WiredTigerCustomizationHooks::get(getGlobalServiceContext())->getOpenConfig("system");
ss << extraOpenOptions;
if (!_durable) {
// If we started without the journal, but previously used the journal then open with the
// WT log enabled to perform any unclean shutdown recovery and then close and reopen in
// the normal path without the journal.
if (boost::filesystem::exists(journalPath)) {
string config = ss.str();
log() << "Detected WT journal files. Running recovery from last checkpoint.";
log() << "journal to nojournal transition config: " << config;
int ret = wiredtiger_open(path.c_str(), &_eventHandler, config.c_str(), &_conn);
if (ret == EINVAL) {
fassertFailedNoTrace(28717);
} else if (ret != 0) {
Status s(wtRCToStatus(ret));
msgassertedNoTrace(28718, s.reason());
}
invariantWTOK(_conn->close(_conn, NULL));
}
// This setting overrides the earlier setting because it is later in the config string.
ss << ",log=(enabled=false),";
}
string config = ss.str();
log() << "wiredtiger_open config: " << config;
int ret = wiredtiger_open(path.c_str(), &_eventHandler, config.c_str(), &_conn);
// Invalid argument (EINVAL) is usually caused by invalid configuration string.
// We still fassert() but without a stack trace.
if (ret == EINVAL) {
fassertFailedNoTrace(28561);
} else if (ret != 0) {
Status s(wtRCToStatus(ret));
msgassertedNoTrace(28595, s.reason());
}
_sessionCache.reset(new WiredTigerSessionCache(this));
if (_durable) {
_journalFlusher = stdx::make_unique<WiredTigerJournalFlusher>(_sessionCache.get());
_journalFlusher->go();
}
_sizeStorerUri = "table:sizeStorer";
{
WiredTigerSession session(_conn);
if (repair && _hasUri(session.getSession(), _sizeStorerUri)) {
log() << "Repairing size cache";
fassertNoTrace(28577, _salvageIfNeeded(_sizeStorerUri.c_str()));
}
_sizeStorer.reset(new WiredTigerSizeStorer(_conn, _sizeStorerUri));
_sizeStorer->fillCache();
}
}
WiredTigerKVEngine::WiredTigerKVEngine( const std::string& path,
const std::string& extraOpenOptions,
bool durable )
: _durable( durable ),
_epoch( 0 ),
_sizeStorerSyncTracker( 100000, 60 * 1000 ) {
_eventHandler.handle_error = mdb_handle_error;
_eventHandler.handle_message = mdb_handle_message;
_eventHandler.handle_progress = mdb_handle_progress;
_eventHandler.handle_close = mdb_handle_close;
int cacheSizeGB = 1;
{
ProcessInfo pi;
unsigned long long memSizeMB = pi.getMemSizeMB();
if ( memSizeMB > 0 ) {
double cacheMB = memSizeMB / 50;
cacheSizeGB = static_cast<int>( cacheMB / 1024 );
if ( cacheSizeGB < 1 )
cacheSizeGB = 1;
}
}
if ( _durable ) {
boost::filesystem::path journalPath = path;
journalPath /= "journal";
if ( !boost::filesystem::exists( journalPath ) ) {
try {
boost::filesystem::create_directory( journalPath );
}
catch( std::exception& e) {
log() << "error creating journal dir " << journalPath.string() << ' ' << e.what();
throw;
}
}
}
std::stringstream ss;
ss << "create,";
ss << "cache_size=" << cacheSizeGB << "G,";
ss << "session_max=20000,";
ss << "extensions=[local=(entry=index_collator_extension)],";
ss << "statistics=(all),";
if ( _durable ) {
ss << "log=(enabled=true,archive=true,path=journal),";
}
ss << "checkpoint=(wait=60,log_size=2GB),";
ss << extraOpenOptions;
string config = ss.str();
log() << "wiredtiger_open config: " << config;
invariantWTOK(wiredtiger_open(path.c_str(), &_eventHandler, config.c_str(), &_conn));
_sessionCache.reset( new WiredTigerSessionCache( this ) );
_sizeStorerUri = "table:sizeStorer";
{
WiredTigerSession session( _conn, -1 );
WiredTigerSizeStorer* ss = new WiredTigerSizeStorer();
ss->loadFrom( &session, _sizeStorerUri );
_sizeStorer.reset( ss );
}
}
