Item::Item(SC_HANDLE scm, const wchar_t* name, ACCESS_MASK access) :
m_hndl()
{
LogTraceObj(L"begin (%p, '%s', 0x%X)", scm, name, access);
m_hndl = CheckPointerErr(::OpenServiceW(scm, name, access));
LogTraceObj("end -> %p", m_hndl);
}
Scheduler::Scheduler(const char* name, ssize_t stackSize)
{
LogTraceObj("('%s', %Id)", name, stackSize);
impl = simstd::make_unique<SchedulerImpl>(name, stackSize);
LogTraceObj("('%s', %Id) finished", name, stackSize);
impl->resume();
}
HashImpl::HashImpl(const Provider& provider)
{
LogTraceObj("begin");
bool ok = ::CryptCreateHash(reinterpret_cast<HCRYPTPROV>(provider->get_native_handle()), CALG_SHA1, 0, 0, &m_handle);
LogErrorIf(!ok, "-> %s", totext::api_error().c_str());
LogTraceObj("end");
UNUSED(ok);
}
HashImpl::~HashImpl()
{
LogTraceObj("begin");
if (m_handle) {
bool ok = ::CryptDestroyHash(m_handle);
LogErrorIf(!ok, "-> %s", totext::api_error().c_str());
UNUSED(ok);
}
LogTraceObj("end");
}
FacadeImpl::FacadeImpl(bool activePanel)
: m_hndl(activePanel ? PANEL_ACTIVE : PANEL_PASSIVE)
, m_ppi(nullptr)
, m_dir(nullptr)
{
LogTraceObj(L"begin\n");
LogTrace(L"[%d, %p]\n", activePanel, m_hndl);
memory::zero(m_pi);
m_pi.StructSize = sizeof(m_pi);
m_pi.StructSize = psi().PanelControl(m_hndl, FCTL_GETPANELINFO, 0, &m_pi);
LogTraceObj(L"end\n");
}
Item& Item::operator =(this_type&& other)
{
LogTraceObj();
m_hndl = other.m_hndl;
other.m_hndl = nullptr;
return *this;
}
~DebugSymbols()
{
LogTraceObj();
bool ret = os::Dbghelp_dll::inst().SymCleanup(::GetCurrentProcess());
LogErrorIf(!ret, "%s", totext::api_error().c_str());
UNUSED(ret);
}
void Plugin::GetPluginInfo(PluginInfo* info)
{
LogTraceObj();
info->Flags = PF_NONE;
static GUID PluginMenuGuids[] = {MenuGuid, };
static const wchar_t* PluginMenuStrings[1];
PluginMenuStrings[0] = far3::message::get(far3::message::MenuTitle);
if (get_global_info()->addToPluginsMenu) {
info->PluginMenu.Guids = PluginMenuGuids;
info->PluginMenu.Strings = PluginMenuStrings;
info->PluginMenu.Count = lengthof(PluginMenuStrings);
}
static const wchar_t* DiskStrings[1];
DiskStrings[0] = far3::message::get(far3::message::DiskTitle);
if (get_global_info()->addToDisksMenu) {
info->DiskMenu.Guids = PluginMenuGuids;
info->DiskMenu.Strings = DiskStrings;
info->DiskMenu.Count = lengthof(DiskStrings);
}
info->PluginConfig.Guids = PluginMenuGuids;
info->PluginConfig.Strings = PluginMenuStrings;
info->PluginConfig.Count = lengthof(PluginMenuStrings);
info->CommandPrefix = get_global_info()->prefix.c_str();
}
void Scheduler::unregister_interest(IEventHandler* callback)
{
UNUSED(callback);
LogTraceObj("%p", callback);
CRT_ASSERT(callback);
// impl->del_mapping(callback);
}
QueueImpl::QueueImpl(const char* name) :
cs(name),
se(name),
name(name)
{
LogTraceObj("(%s)", name);
}
ImplNodeEx::ImplNodeEx(const ustring& name)
: name_(name)
{
LogTraceObj();
LogTrace2(L"('%s', '%s')", this->name(), parent_ ? parent_->name() : L"");
memory::zero(data_);
update();
}
bool Scheduler::SchedulerImpl::cancel_task(ITask* task)
{
LogTraceObj("(%p)", task);
auto deleted = del_task(task);
if (!deleted && task == currentTask) {
LogDebug("we are trying to cancel task already running: %p", task);
if (thread::get_id() == thread->get_id()) {
LogInfo("cancelling task from itself: %p", task);
} else {
LogAtten("waiting till task is finished: %p", task);
while (task == currentTask)
sync::sleep(0);
}
}
LogTraceObj("(%p) -> %d", task, deleted);
return deleted;
}
bool Scheduler::SchedulerImpl::add_task(ITask* task, int64_t activateTime)
{
LogTraceObj("(%p, %I64d)", task, activateTime);
auto guard = simstd::auto_lock(*this);
auto position = simstd::upper_bound(tasksOrder.cbegin(), tasksOrder.cend(), activateTime, TaskPlanGreater());
auto firstOnExecute = position == tasksOrder.cend(); // sort is descending
tasksOrder.emplace(position, activateTime, task);
return firstOnExecute;
}
Item::~Item()
{
LogTraceObj();
// LogTrace2("%p", m_hndl);
if (m_hndl) {
::CloseServiceHandle(m_hndl);
m_hndl = nullptr;
}
}
explicit DebugSymbols(const char* path)
{
LogTraceObj();
os::Dbghelp_dll::inst().SymSetOptions(os::Dbghelp_dll::inst().SymGetOptions() | /*SYMOPT_DEFERRED_LOADS | */SYMOPT_FAIL_CRITICAL_ERRORS | SYMOPT_LOAD_LINES);
bool ret = os::Dbghelp_dll::inst().SymInitializeW(::GetCurrentProcess(), sstr::a2w(path).c_str(), TRUE);
LogDebugIf(ret, "['%s']", path);
LogErrorIf(!ret, "['%s'] -> %s", path, totext::api_error().c_str());
UNUSED(ret);
}
void QueueImpl::put(Message&& message)
{
LogTraceObj("['%s'] Message(0x%IX(%Iu, %Iu, %Iu))", name.c_str(), message->get_code(), message->get_a(), message->get_b(), message->get_c());
{
auto guard = simstd::auto_lock(cs);
emplace_back(simstd::move(message));
}
se.unlock();
}
ImplNodeEx::ImplNodeEx(const ustring& name, const Node& parent)
: name_(name)
, parent_(parent)
{
LogTraceObj();
LogTrace2(L"('%s')", this->name());
memory::zero(data_);
update();
}
traceback::Bfd::Context::~Context()
{
if (image)
LogTraceObj(L"[%s]", image);
HostFree(memory::heap::DefaultStat, symbol);
if (handle)
bfd_close(handle);
HostFree(memory::heap::DefaultStat, image);
}
bool Scheduler::arrange(ITask* task, int64_t timeout)
{
LogTraceObj("(%p, %I64d)", task, timeout);
if (impl->destroying)
return false;
if (impl->is_exist(task))
return true;
auto nowTime = sync::now();
auto activateTime = nowTime + timeout;
LogTraceObj("nowTime: %I64d, activateTime: %I64d", nowTime, activateTime);
if (impl->add_task(task, activateTime)) {
LogDebug("task is first in queue, updating wait time");
impl->messg_queue->put_message(message::Dt::SCHEDULER | message::Et::UPDATE);
}
return true;
}
void Scheduler::SchedulerImpl::fire_tasks()
{
LogTraceObj();
while (get_task_to_activate(currentTask, sync::now())) {
LogDebug("task starting: %p, '%s'", currentTask, currentTask->get_name());
currentTask->execute(false);
LogDebug("task ended: %p", currentTask);
currentTask = nullptr;
}
}
void Scheduler::terminate()
{
LogTraceObj();
if (!impl->destroying) {
impl->destroying = true;
impl->messg_queue->put_message(message::Dt::SCHEDULER | message::Et::STOP);
}
impl->wait();
}
WaitResult_t QueueImpl::get(Message& message, int64_t timeout_msec)
{
LogTraceObj("['%s'] (0x%I64X%s)", name.c_str(), timeout_msec, timeout_msec == TIMEOUT_INFINITE ? " INFINITE" : "");
auto waitResult = se.try_lock_ex(timeout_msec);
if (waitResult == WaitResult_t::SUCCESS) {
auto guard = simstd::auto_lock(cs);
message = simstd::move(front());
erase(cbegin());
}
LogAttenIf(waitResult != WaitResult_t::SUCCESS, "['%s'] -> '%S'", name.c_str(), totext::c_str(waitResult));
LogDebugIf(waitResult == WaitResult_t::SUCCESS, "['%s'] -> '%S' Message(0x%IX(%Iu, %Iu, %Iu))", name.c_str(), totext::c_str(waitResult), message->get_code(), message->get_a(), message->get_b(), message->get_c());
return waitResult;
}
void Scheduler::register_interest(IEventHandler* callback, message::param_type /*type*/, message::param_type /*mask*/, bool /*broadcastAlso*/)
{
UNUSED(callback);
LogTraceObj("%p", callback);
CRT_ASSERT(callback);
if (impl->destroying)
return;
// auto subId = (broadcastAlso) ? delivery::subscribe(impl->messg_queue, type, mask) : delivery::SubscribtionId();
// impl->add_handler(callback, type, mask, subId);
}
ImplNodeEx::ImplNodeEx(const fsys::IFindStat& stat, const Node& parent) noexcept
: name_(stat.name())
, parent_(parent)
{
LogTraceObj();
LogTrace2(L"('%s', '%s')", this->name(), parent ? parent->name() : L"");
memory::zero(data_);
data_.dwFileAttributes = static_cast<decltype(data_.dwFileAttributes)>(stat.attr());
data_.ftCreationTime.dwHighDateTime = static_cast<decltype(data_.ftCreationTime.dwHighDateTime)>(high_part_64(stat.ctime()));
data_.ftCreationTime.dwLowDateTime = static_cast<decltype(data_.ftCreationTime.dwLowDateTime)>(low_part_64(stat.ctime()));
data_.ftLastAccessTime.dwHighDateTime = static_cast<decltype(data_.ftLastAccessTime.dwHighDateTime)>(high_part_64(stat.atime()));
data_.ftLastAccessTime.dwLowDateTime = static_cast<decltype(data_.ftLastAccessTime.dwLowDateTime)>(low_part_64(stat.atime()));
data_.ftLastWriteTime.dwHighDateTime = static_cast<decltype(data_.ftLastWriteTime.dwHighDateTime)>(high_part_64(stat.mtime()));
data_.ftLastWriteTime.dwLowDateTime = static_cast<decltype(data_.ftLastWriteTime.dwLowDateTime)>(low_part_64(stat.mtime()));
data_.nFileSizeHigh = static_cast<decltype(data_.nFileSizeHigh)>(high_part_64(stat.size()));
data_.nFileSizeLow = static_cast<decltype(data_.nFileSizeLow)>(low_part_64(stat.size()));
}
traceback::Bfd::Context::Context(const char* image) :
image(cstr::dup(image)),
handle(),
symbol()
{
LogTraceObj("(%s)", image);
bfd* b = bfd_openr(image, 0);
if (!b) {
LogError("Failed to open bfd from (%s)", image);
return;
}
auto r1 = bfd_check_format(b, bfd_object);
auto r2 = bfd_check_format_matches(b, bfd_object, NULL);
auto r3 = bfd_get_file_flags(b) & HAS_SYMS;
if (!(r1 && r2 && r3)) {
bfd_close(b);
LogError("Failed to init bfd from (%d, %d, %d) (%s)", r1, r2, r3, image);
return;
}
void* symbol_table = nullptr;
unsigned dummy = 0;
if (bfd_read_minisymbols(b, FALSE, &symbol_table, &dummy) == 0) {
if (bfd_read_minisymbols(b, TRUE, &symbol_table, &dummy) < 0) {
free(symbol_table);
bfd_close(b);
LogError("Failed to read symbols from (%s)", image);
return;
}
}
handle = b;
symbol = (asymbol**)symbol_table;
}
ssize_t Scheduler::SchedulerImpl::run(void* data)
{
UNUSED(data);
LogTraceObj();
while (true) {
auto activateClock = get_activate_time();
// LogTraceObj(L"activateClock: %I64d", activateClock);
auto activateTimeout = (activateClock == TIMEOUT_INFINITE) ? TIMEOUT_INFINITE : activateClock - simstd::min(activateClock, sync::now());
// LogTraceObj(L"activateTimeout: %I64d", activateTimeout);
Message msg;
auto reason = messg_queue->get(msg, activateTimeout);
if (reason == WaitResult_t::SUCCESS) {
if (msg->check(message::Dt::MASK, message::Dt::SCHEDULER)) {
if (msg->check(message::Et::MASK, message::Et::STOP)) {
break;
}
if (msg->check(message::Et::MASK, message::Et::UPDATE)) {
LogDebug2("update message received");
fire_tasks();
}
} else {
notify(msg);
}
} else if (reason == WaitResult_t::TIMEOUT) {
fire_tasks();
} else {
break;
}
}
LogInfo("finishing thread");
::TerminateThread(::GetCurrentThread(), 0);
return 0;
}
Scheduler::SchedulerImpl::~SchedulerImpl()
{
LogTraceObj("() [%Id]", messg_queue.use_count());
CRT_ASSERT(messg_queue.unique());
}
Queue Scheduler::queue() const
{
LogTraceObj();
return impl->messg_queue;
}
bool Scheduler::disarrange(ITask* task)
{
LogTraceObj("(%p)", task);
return impl->cancel_task(task);
}
Scheduler::~Scheduler()
{
LogTraceObj();
terminate();
LogTraceObj();
}
