bool EventHook::onFunctionCall(const ActRec* ar, int funcType) { ssize_t flags = CheckSurprise(); if (flags & RequestInjectionData::InterceptFlag && !RunInterceptHandler(const_cast<ActRec*>(ar))) { return false; } onFunctionEnter(ar, funcType, flags); return true; }
bool EventHook::onFunctionEnter(const ActRec* ar, int funcType) { ssize_t flags = CheckSurprise(); if (flags & RequestInjectionData::InterceptFlag && !RunInterceptHandler(const_cast<ActRec*>(ar))) { return false; } if (flags & RequestInjectionData::EventHookFlag) { RunUserProfiler(ar, ProfileEnter); #ifdef HOTPROFILER Profiler* profiler = ThreadInfo::s_threadInfo->m_profiler; if (profiler != nullptr) { begin_profiler_frame(profiler, GetFunctionNameForProfiler(ar, funcType)); } #endif } return true; }
bool EventHook::onFunctionCall(const ActRec* ar, int funcType) { ssize_t flags = CheckSurprise(); if (flags & InterceptFlag && !RunInterceptHandler(const_cast<ActRec*>(ar))) { return false; } // Xenon if (flags & XenonSignalFlag) { Xenon::getInstance().log(Xenon::EnterSample); } if (flags & IntervalTimerFlag) { IntervalTimer::RunCallbacks(IntervalTimer::EnterSample); } onFunctionEnter(ar, funcType, flags); return true; }
bool EventHook::onFunctionEnter(const ActRec* ar, int funcType) { ssize_t flags = CheckSurprise(); if (flags & RequestInjectionData::InterceptFlag && !RunInterceptHandler(const_cast<ActRec*>(ar))) { return false; } if (flags & RequestInjectionData::EventHookFlag) { RunUserProfiler(ar, ProfileEnter); #ifdef HOTPROFILER Profiler* profiler = ThreadInfo::s_threadInfo->m_profiler; if (profiler != nullptr) { const char* name; switch (funcType) { case NormalFunc: name = ar->m_func->fullName()->data(); if (name[0] == '\0') { // We're evaling some code for internal purposes, most // likely getting the default value for a function parameter name = "{internal}"; } break; case PseudoMain: name = StringData::GetStaticString( std::string("run_init::") + ar->m_func->unit()->filepath()->data()) ->data(); break; case Eval: name = "_"; break; default: not_reached(); } begin_profiler_frame(profiler, name); } #endif } return true; }
bool EventHook::onFunctionCall(const ActRec* ar, int funcType) { auto const flags = check_request_surprise(); if (flags & InterceptFlag && !RunInterceptHandler(const_cast<ActRec*>(ar))) { return false; } // Xenon if (flags & XenonSignalFlag) { Xenon::getInstance().log(Xenon::EnterSample); } // Memory Threhsold if (flags & MemThresholdFlag) { DoMemoryThresholdCallback(); } if (flags & IntervalTimerFlag) { IntervalTimer::RunCallbacks(IntervalTimer::EnterSample); } onFunctionEnter(ar, funcType, flags); return true; }