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unified_tracer.h
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unified_tracer.h
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//==============================================================
// Copyright (C) Intel Corporation
//
// SPDX-License-Identifier: MIT
// =============================================================
#ifndef PTI_TOOLS_ONETRACE_UNIFIED_TRACER_H_
#define PTI_TOOLS_ONETRACE_UNIFIED_TRACER_H_
#include <chrono>
#include <cstdint>
#include <fstream>
#include <iomanip>
#include <iostream>
#include <sstream>
#include <string>
#include "cl_ext_collector.h"
#include "cl_ext_callbacks.h"
#include "cl_api_collector.h"
#include "cl_api_callbacks.h"
#include "cl_kernel_collector.h"
#include "trace_options.h"
#include "utils.h"
#include "ze_api_collector.h"
#include "ze_kernel_collector.h"
const char* kChromeTraceFileName = "onetrace";
class UnifiedTracer {
public:
static UnifiedTracer* Create(const TraceOptions& options) {
cl_device_id cl_cpu_device = utils::cl::GetIntelDevice(CL_DEVICE_TYPE_CPU);
cl_device_id cl_gpu_device = utils::cl::GetIntelDevice(CL_DEVICE_TYPE_GPU);
ze_result_t status = ZE_RESULT_SUCCESS;
status = zeInit(ZE_INIT_FLAG_GPU_ONLY);
UnifiedTracer* tracer = new UnifiedTracer(options);
PTI_ASSERT(tracer != nullptr);
if (tracer->CheckOption(TRACE_DEVICE_TIMING) ||
tracer->CheckOption(TRACE_KERNEL_SUBMITTING) ||
tracer->CheckOption(TRACE_DEVICE_TIMELINE) ||
tracer->CheckOption(TRACE_CHROME_DEVICE_TIMELINE) ||
tracer->CheckOption(TRACE_CHROME_KERNEL_TIMELINE) ||
tracer->CheckOption(TRACE_CHROME_DEVICE_STAGES)) {
PTI_ASSERT(!(tracer->CheckOption(TRACE_CHROME_DEVICE_TIMELINE) &&
tracer->CheckOption(TRACE_CHROME_DEVICE_STAGES)));
PTI_ASSERT(!(tracer->CheckOption(TRACE_CHROME_DEVICE_TIMELINE) &&
tracer->CheckOption(TRACE_CHROME_KERNEL_TIMELINE)));
ZeKernelCollector* ze_kernel_collector = nullptr;
ClKernelCollector* cl_cpu_kernel_collector = nullptr;
ClKernelCollector* cl_gpu_kernel_collector = nullptr;
OnZeKernelFinishCallback ze_callback = nullptr;
OnClKernelFinishCallback cl_callback = nullptr;
if (tracer->CheckOption(TRACE_DEVICE_TIMELINE) &&
tracer->CheckOption(TRACE_CHROME_KERNEL_TIMELINE) &&
tracer->CheckOption(TRACE_CHROME_DEVICE_STAGES)) {
ze_callback = ZeDeviceAndChromeKernelStagesCallback;
cl_callback = ClDeviceAndChromeKernelStagesCallback;
} else if (tracer->CheckOption(TRACE_DEVICE_TIMELINE) &&
tracer->CheckOption(TRACE_CHROME_DEVICE_TIMELINE)) {
ze_callback = ZeDeviceAndChromeDeviceCallback;
cl_callback = ClDeviceAndChromeDeviceCallback;
} else if (tracer->CheckOption(TRACE_DEVICE_TIMELINE) &&
tracer->CheckOption(TRACE_CHROME_KERNEL_TIMELINE)) {
ze_callback = ZeDeviceAndChromeKernelCallback;
cl_callback = ClDeviceAndChromeKernelCallback;
} else if (tracer->CheckOption(TRACE_DEVICE_TIMELINE) &&
tracer->CheckOption(TRACE_CHROME_DEVICE_STAGES)) {
ze_callback = ZeDeviceAndChromeStagesCallback;
cl_callback = ClDeviceAndChromeStagesCallback;
} else if (tracer->CheckOption(TRACE_CHROME_KERNEL_TIMELINE) &&
tracer->CheckOption(TRACE_CHROME_DEVICE_STAGES)) {
ze_callback = ZeChromeKernelStagesCallback;
cl_callback = ClChromeKernelStagesCallback;
} else if (tracer->CheckOption(TRACE_DEVICE_TIMELINE)) {
ze_callback = ZeDeviceTimelineCallback;
cl_callback = ClDeviceTimelineCallback;
} else if (tracer->CheckOption(TRACE_CHROME_DEVICE_TIMELINE)) {
ze_callback = ZeChromeDeviceCallback;
cl_callback = ClChromeDeviceCallback;
} else if (tracer->CheckOption(TRACE_CHROME_KERNEL_TIMELINE)) {
ze_callback = ZeChromeKernelCallback;
cl_callback = ClChromeKernelCallback;
} else if (tracer->CheckOption(TRACE_CHROME_DEVICE_STAGES)) {
ze_callback = ZeChromeStagesCallback;
cl_callback = ClChromeStagesCallback;
}
KernelCollectorOptions kernel_options;
kernel_options.verbose = tracer->CheckOption(TRACE_VERBOSE);
kernel_options.demangle = tracer->CheckOption(TRACE_DEMANGLE);
kernel_options.kernels_per_tile =
tracer->CheckOption(TRACE_KERNELS_PER_TILE);
if (status == ZE_RESULT_SUCCESS) {
ze_kernel_collector = ZeKernelCollector::Create(
&tracer->correlator_, kernel_options, ze_callback, tracer);
if (ze_kernel_collector == nullptr) {
std::cerr <<
"[WARNING] Unable to create kernel collector for L0 backend" <<
std::endl;
}
tracer->ze_kernel_collector_ = ze_kernel_collector;
}
if (cl_cpu_device != nullptr) {
cl_cpu_kernel_collector = ClKernelCollector::Create(
cl_cpu_device, &tracer->correlator_,
kernel_options, cl_callback, tracer);
if (cl_cpu_kernel_collector == nullptr) {
std::cerr <<
"[WARNING] Unable to create kernel collector for CL CPU backend" <<
std::endl;
}
tracer->cl_cpu_kernel_collector_ = cl_cpu_kernel_collector;
}
if (cl_gpu_device != nullptr) {
cl_gpu_kernel_collector = ClKernelCollector::Create(
cl_gpu_device, &tracer->correlator_,
kernel_options, cl_callback, tracer);
if (cl_gpu_kernel_collector == nullptr) {
std::cerr <<
"[WARNING] Unable to create kernel collector for CL GPU backend" <<
std::endl;
}
tracer->cl_gpu_kernel_collector_ = cl_gpu_kernel_collector;
}
if (ze_kernel_collector == nullptr &&
cl_cpu_kernel_collector == nullptr &&
cl_gpu_kernel_collector == nullptr) {
std::cerr << "[WARNING] Unable to trace any kernels" << std::endl;
delete tracer;
return nullptr;
}
}
if (tracer->CheckOption(TRACE_CALL_LOGGING) ||
tracer->CheckOption(TRACE_CHROME_CALL_LOGGING) ||
tracer->CheckOption(TRACE_HOST_TIMING)) {
ZeApiCollector* ze_api_collector = nullptr;
ClApiCollector* cl_cpu_api_collector = nullptr;
ClApiCollector* cl_gpu_api_collector = nullptr;
OnZeFunctionFinishCallback ze_callback = nullptr;
OnClFunctionFinishCallback cl_callback = nullptr;
if (tracer->CheckOption(TRACE_CHROME_CALL_LOGGING)) {
ze_callback = ZeChromeLoggingCallback;
cl_callback = ClChromeLoggingCallback;
}
ApiCollectorOptions api_options;
api_options.call_tracing = tracer->CheckOption(TRACE_CALL_LOGGING);
api_options.need_tid = tracer->CheckOption(TRACE_TID);
api_options.need_pid = tracer->CheckOption(TRACE_PID);
api_options.demangle = tracer->CheckOption(TRACE_DEMANGLE);
if (status == ZE_RESULT_SUCCESS) {
ze_api_collector = ZeApiCollector::Create(
&tracer->correlator_, api_options, ze_callback, tracer);
if (ze_api_collector == nullptr) {
std::cerr << "[WARNING] Unable to create L0 API collector" <<
std::endl;
}
tracer->ze_api_collector_ = ze_api_collector;
}
if (cl_cpu_device != nullptr) {
cl_cpu_api_collector = ClApiCollector::Create(
cl_cpu_device, &tracer->correlator_,
api_options, cl_callback, tracer);
if (cl_cpu_api_collector == nullptr) {
std::cerr <<
"[WARNING] Unable to create CL API collector for CPU backend" <<
std::endl;
}
tracer->cl_cpu_api_collector_ = cl_cpu_api_collector;
}
if (cl_gpu_device != nullptr) {
cl_gpu_api_collector = ClApiCollector::Create(
cl_gpu_device, &tracer->correlator_,
api_options, cl_callback, tracer);
if (cl_gpu_api_collector == nullptr) {
std::cerr <<
"[WARNING] Unable to create CL API collector for GPU backend" <<
std::endl;
}
tracer->cl_gpu_api_collector_ = cl_gpu_api_collector;
}
if (ze_api_collector == nullptr &&
cl_gpu_api_collector == nullptr &&
cl_cpu_api_collector == nullptr) {
std::cerr << "[WARNING] Unable to trace any host APIs" << std::endl;
delete tracer;
return nullptr;
}
if (cl_gpu_api_collector != nullptr || cl_cpu_api_collector != nullptr) {
ClExtCollector::Create(cl_cpu_api_collector, cl_gpu_api_collector);
}
}
return tracer;
}
~UnifiedTracer() {
total_execution_time_ = correlator_.GetTimestamp();
if (cl_cpu_api_collector_ != nullptr) {
cl_cpu_api_collector_->DisableTracing();
}
if (cl_gpu_api_collector_ != nullptr) {
cl_gpu_api_collector_->DisableTracing();
}
if (ze_api_collector_ != nullptr) {
ze_api_collector_->DisableTracing();
}
if (cl_cpu_kernel_collector_ != nullptr) {
cl_cpu_kernel_collector_->DisableTracing();
}
if (cl_gpu_kernel_collector_ != nullptr) {
cl_gpu_kernel_collector_->DisableTracing();
}
if (ze_kernel_collector_ != nullptr) {
ze_kernel_collector_->DisableTracing();
}
Report();
if (cl_cpu_api_collector_ != nullptr) {
delete cl_cpu_api_collector_;
}
if (cl_gpu_api_collector_ != nullptr) {
delete cl_gpu_api_collector_;
}
if (ze_api_collector_ != nullptr) {
delete ze_api_collector_;
}
if (cl_cpu_kernel_collector_ != nullptr ||
cl_gpu_kernel_collector_ != nullptr) {
if (cl_cpu_kernel_collector_ != nullptr) {
delete cl_cpu_kernel_collector_;
}
if (cl_gpu_kernel_collector_ != nullptr) {
delete cl_gpu_kernel_collector_;
}
ClExtCollector::Destroy();
}
if (ze_kernel_collector_ != nullptr) {
delete ze_kernel_collector_;
}
if (CheckOption(TRACE_LOG_TO_FILE)) {
std::cerr << "[INFO] Log was stored to " <<
options_.GetLogFileName() << std::endl;
}
if (chrome_logger_ != nullptr) {
delete chrome_logger_;
std::cerr << "[INFO] Timeline was stored to " <<
chrome_trace_file_name_ << std::endl;
}
}
bool CheckOption(uint32_t option) {
return options_.CheckFlag(option);
}
UnifiedTracer(const UnifiedTracer& copy) = delete;
UnifiedTracer& operator=(const UnifiedTracer& copy) = delete;
private:
UnifiedTracer(const TraceOptions& options)
: options_(options),
correlator_(options.GetLogFileName(),
CheckOption(TRACE_CONDITIONAL_COLLECTION)) {
#if !defined(_WIN32)
uint64_t monotonic_time = utils::GetTime(CLOCK_MONOTONIC);
uint64_t real_time = utils::GetTime(CLOCK_REALTIME);
#endif
if (CheckOption(TRACE_CHROME_CALL_LOGGING) ||
CheckOption(TRACE_CHROME_DEVICE_TIMELINE) ||
CheckOption(TRACE_CHROME_KERNEL_TIMELINE) ||
CheckOption(TRACE_CHROME_DEVICE_STAGES)) {
chrome_trace_file_name_ =
TraceOptions::GetChromeTraceFileName(kChromeTraceFileName);
chrome_logger_ = new Logger(chrome_trace_file_name_.c_str());
PTI_ASSERT(chrome_logger_ != nullptr);
std::stringstream stream;
stream << "[" << std::endl;
stream << "{\"ph\":\"M\", \"name\":\"process_name\", \"pid\":\"" <<
utils::GetPid() << "\", \"args\":{\"name\":\"" <<
utils::GetExecutableName() << "\"}}," << std::endl;
stream << "{\"ph\":\"M\", \"name\":\"start_time\", \"pid\":\"" <<
utils::GetPid() << "\", \"args\":{";
#if defined(_WIN32)
stream << "\"QueryPerformanceCounter\":\"" <<
correlator_.GetStartPoint() << "\"";
#else
stream << "\"CLOCK_MONOTONIC_RAW\":\"" <<
correlator_.GetStartPoint() << "\", ";
stream << "\"CLOCK_MONOTONIC\":\"" <<
monotonic_time << "\", ";
stream << "\"CLOCK_REALTIME\":\"" <<
real_time << "\"";
#endif
stream << "}}," << std::endl;
chrome_logger_->Log(stream.str());
}
if (CheckOption(TRACE_DEVICE_TIMELINE)) {
std::stringstream stream;
#if defined(_WIN32)
stream <<
"Device Timeline: start time (QueryPerformanceCounter) [ns] = " <<
correlator_.GetStartPoint() << std::endl;
#else
stream <<
"Device Timeline: start time (CLOCK_MONOTONIC_RAW) [ns] = " <<
correlator_.GetStartPoint() << std::endl;
stream <<
"Device Timeline: start time (CLOCK_MONOTONIC) [ns] = " <<
monotonic_time << std::endl;
stream <<
"Device Timeline: start time (CLOCK_REALTIME) [ns] = " <<
real_time << std::endl;
#endif
correlator_.Log(stream.str());
}
}
static uint64_t CalculateTotalTime(const ZeApiCollector* collector) {
PTI_ASSERT(collector != nullptr);
uint64_t total_time = 0;
const ZeFunctionInfoMap& function_info_map = collector->GetFunctionInfoMap();
if (function_info_map.size() != 0) {
for (auto& value : function_info_map) {
total_time += value.second.total_time;
}
}
return total_time;
}
static uint64_t CalculateTotalTime(const ZeKernelCollector* collector) {
PTI_ASSERT(collector != nullptr);
uint64_t total_time = 0;
const ZeKernelInfoMap& kernel_info_map = collector->GetKernelInfoMap();
if (kernel_info_map.size() != 0) {
for (auto& value : kernel_info_map) {
total_time += value.second.execute_time;
}
}
return total_time;
}
static uint64_t CalculateTotalTime(const ClApiCollector* collector) {
PTI_ASSERT(collector != nullptr);
uint64_t total_time = 0;
const ClFunctionInfoMap& function_info_map = collector->GetFunctionInfoMap();
if (function_info_map.size() != 0) {
for (auto& value : function_info_map) {
total_time += value.second.total_time;
}
}
return total_time;
}
static uint64_t CalculateTotalTime(const ClKernelCollector* collector) {
PTI_ASSERT(collector != nullptr);
uint64_t total_time = 0;
const ClKernelInfoMap& kernel_info_map = collector->GetKernelInfoMap();
if (kernel_info_map.size() != 0) {
for (auto& value : kernel_info_map) {
total_time += value.second.execute_time;
}
}
return total_time;
}
void PrintBackendTable(
const ZeApiCollector* collector, const char* device_type) {
PTI_ASSERT(collector != nullptr);
PTI_ASSERT(device_type != nullptr);
uint64_t total_duration = CalculateTotalTime(collector);
if (total_duration > 0) {
std::stringstream stream;
stream << std::endl;
stream << "== " << device_type << " Backend: ==" << std::endl;
stream << std::endl;
correlator_.Log(stream.str());
collector->PrintFunctionsTable();
}
}
void PrintBackendTable(
const ZeKernelCollector* collector, const char* device_type) {
PTI_ASSERT(collector != nullptr);
PTI_ASSERT(device_type != nullptr);
uint64_t total_duration = CalculateTotalTime(collector);
if (total_duration > 0) {
std::stringstream stream;
stream << std::endl;
stream << "== " << device_type << " Backend: ==" << std::endl;
stream << std::endl;
correlator_.Log(stream.str());
collector->PrintKernelsTable();
}
}
void PrintBackendTable(
const ClApiCollector* collector, const char* device_type) {
PTI_ASSERT(collector != nullptr);
PTI_ASSERT(device_type != nullptr);
uint64_t total_duration = CalculateTotalTime(collector);
if (total_duration > 0) {
std::stringstream stream;
stream << std::endl;
stream << "== " << device_type << " Backend: ==" << std::endl;
stream << std::endl;
correlator_.Log(stream.str());
collector->PrintFunctionsTable();
}
}
void PrintBackendTable(
const ClKernelCollector* collector, const char* device_type) {
PTI_ASSERT(collector != nullptr);
PTI_ASSERT(device_type != nullptr);
uint64_t total_duration = CalculateTotalTime(collector);
if (total_duration > 0) {
std::stringstream stream;
stream << std::endl;
stream << "== " << device_type << " Backend: ==" << std::endl;
stream << std::endl;
correlator_.Log(stream.str());
collector->PrintKernelsTable();
}
}
void PrintSubmissionTable(
const ZeKernelCollector* collector, const char* device_type) {
PTI_ASSERT(collector != nullptr);
PTI_ASSERT(device_type != nullptr);
uint64_t total_duration = CalculateTotalTime(collector);
if (total_duration > 0) {
std::stringstream stream;
stream << std::endl;
stream << "== " << device_type << " Backend: ==" << std::endl;
stream << std::endl;
correlator_.Log(stream.str());
collector->PrintSubmissionTable();
}
}
void PrintSubmissionTable(
const ClKernelCollector* collector, const char* device_type) {
PTI_ASSERT(collector != nullptr);
PTI_ASSERT(device_type != nullptr);
uint64_t total_duration = CalculateTotalTime(collector);
if (total_duration > 0) {
std::stringstream stream;
stream << std::endl;
stream << "== " << device_type << " Backend: ==" << std::endl;
stream << std::endl;
correlator_.Log(stream.str());
collector->PrintSubmissionTable();
}
}
template <class ZeCollector, class ClCollector>
void ReportTiming(
const ZeCollector* ze_collector,
const ClCollector* cl_cpu_collector,
const ClCollector* cl_gpu_collector,
const char* type) {
PTI_ASSERT(
ze_collector != nullptr ||
cl_cpu_collector != nullptr ||
cl_gpu_collector != nullptr);
std::string ze_title =
std::string("Total ") + std::string(type) +
" Time for L0 backend (ns): ";
std::string cl_cpu_title =
std::string("Total ") + std::string(type) +
" Time for CL CPU backend (ns): ";
std::string cl_gpu_title =
std::string("Total ") + std::string(type) +
" Time for CL GPU backend (ns): ";
size_t title_width = std::max(cl_cpu_title.size(), cl_gpu_title.size());
title_width = std::max(title_width, ze_title.size());
const size_t time_width = 20;
std::stringstream stream;
stream << std::endl;
stream << "=== " << type << " Timing Results: ===" << std::endl;
stream << std::endl;
stream << std::setw(title_width) << "Total Execution Time (ns): " <<
std::setw(time_width) << total_execution_time_ << std::endl;
if (ze_collector != nullptr) {
uint64_t total_time = CalculateTotalTime(ze_collector);
if (total_time > 0) {
stream << std::setw(title_width) << ze_title <<
std::setw(time_width) << total_time <<
std::endl;
}
}
if (cl_cpu_collector != nullptr) {
uint64_t total_time = CalculateTotalTime(cl_cpu_collector);
if (total_time > 0) {
stream << std::setw(title_width) << cl_cpu_title <<
std::setw(time_width) << total_time <<
std::endl;
}
}
if (cl_gpu_collector != nullptr) {
uint64_t total_time = CalculateTotalTime(cl_gpu_collector);
if (total_time > 0) {
stream << std::setw(title_width) << cl_gpu_title <<
std::setw(time_width) << total_time <<
std::endl;
}
}
correlator_.Log(stream.str());
if (ze_collector != nullptr) {
PrintBackendTable(ze_collector, "L0");
}
if (cl_cpu_collector != nullptr) {
PrintBackendTable(cl_cpu_collector, "CL CPU");
}
if (cl_gpu_collector != nullptr) {
PrintBackendTable(cl_gpu_collector, "CL GPU");
}
correlator_.Log("\n");
}
void ReportKernelSubmission(
const ZeKernelCollector* ze_collector,
const ClKernelCollector* cl_cpu_collector,
const ClKernelCollector* cl_gpu_collector,
const char* type) {
PTI_ASSERT(
ze_collector != nullptr ||
cl_cpu_collector != nullptr ||
cl_gpu_collector != nullptr);
std::string ze_title =
std::string("Total ") + std::string(type) +
" Time for L0 backend (ns): ";
std::string cl_cpu_title =
std::string("Total ") + std::string(type) +
" Time for CL CPU backend (ns): ";
std::string cl_gpu_title =
std::string("Total ") + std::string(type) +
" Time for CL GPU backend (ns): ";
size_t title_width = std::max(cl_cpu_title.size(), cl_gpu_title.size());
title_width = std::max(title_width, ze_title.size());
const size_t time_width = 20;
std::stringstream stream;
stream << std::endl;
stream << "=== Kernel Submission Results: ===" << std::endl;
stream << std::endl;
stream << std::setw(title_width) << "Total Execution Time (ns): " <<
std::setw(time_width) << total_execution_time_ << std::endl;
if (ze_collector != nullptr) {
uint64_t total_time = CalculateTotalTime(ze_collector);
if (total_time > 0) {
stream << std::setw(title_width) << ze_title <<
std::setw(time_width) << total_time <<
std::endl;
}
}
if (cl_cpu_collector != nullptr) {
uint64_t total_time = CalculateTotalTime(cl_cpu_collector);
if (total_time > 0) {
stream << std::setw(title_width) << cl_cpu_title <<
std::setw(time_width) << total_time <<
std::endl;
}
}
if (cl_gpu_collector != nullptr) {
uint64_t total_time = CalculateTotalTime(cl_gpu_collector);
if (total_time > 0) {
stream << std::setw(title_width) << cl_gpu_title <<
std::setw(time_width) << total_time <<
std::endl;
}
}
correlator_.Log(stream.str());
if (ze_collector != nullptr) {
PrintSubmissionTable(ze_collector, "L0");
}
if (cl_cpu_collector != nullptr) {
PrintSubmissionTable(cl_cpu_collector, "CL CPU");
}
if (cl_gpu_collector != nullptr) {
PrintSubmissionTable(cl_gpu_collector, "CL GPU");
}
correlator_.Log("\n");
}
void Report() {
if (CheckOption(TRACE_HOST_TIMING)) {
ReportTiming(
ze_api_collector_,
cl_cpu_api_collector_,
cl_gpu_api_collector_,
"API");
}
if (CheckOption(TRACE_DEVICE_TIMING)) {
ReportTiming(
ze_kernel_collector_,
cl_cpu_kernel_collector_,
cl_gpu_kernel_collector_,
"Device");
}
if (CheckOption(TRACE_KERNEL_SUBMITTING)) {
ReportKernelSubmission(
ze_kernel_collector_,
cl_cpu_kernel_collector_,
cl_gpu_kernel_collector_,
"Device");
}
correlator_.Log("\n");
}
static void ZeDeviceTimelineCallback(
void* data,
const std::string& queue,
const std::string& id,
const std::string& name,
uint64_t appended,
uint64_t submitted,
uint64_t started,
uint64_t ended) {
UnifiedTracer* tracer = reinterpret_cast<UnifiedTracer*>(data);
PTI_ASSERT(tracer != nullptr);
std::stringstream stream;
if (tracer->CheckOption(TRACE_PID)) {
stream << "<PID:" << utils::GetPid() << "> ";
}
stream << "Device Timeline (queue: " << queue <<
"): " << name << "<" << id << "> [ns] = " <<
appended << " (append) " <<
submitted << " (submit) " <<
started << " (start) " <<
ended << " (end)" << std::endl;
tracer->correlator_.Log(stream.str());
}
static void ClDeviceTimelineCallback(
void* data,
const std::string& queue,
const std::string& id,
const std::string& name,
uint64_t queued,
uint64_t submitted,
uint64_t started,
uint64_t ended) {
UnifiedTracer* tracer = reinterpret_cast<UnifiedTracer*>(data);
PTI_ASSERT(tracer != nullptr);
std::stringstream stream;
if (tracer->CheckOption(TRACE_PID)) {
stream << "<PID:" << utils::GetPid() << "> ";
}
stream << "Device Timeline (queue: " << queue <<
"): " << name << "<" << id << "> [ns] = " <<
queued << " (queued) " <<
submitted << " (submit) " <<
started << " (start) " <<
ended << " (end)" << std::endl;
tracer->correlator_.Log(stream.str());
}
static void ZeChromeDeviceCallback(
void* data,
const std::string& queue,
const std::string& id,
const std::string& name,
uint64_t appended,
uint64_t submitted,
uint64_t started,
uint64_t ended) {
UnifiedTracer* tracer = reinterpret_cast<UnifiedTracer*>(data);
PTI_ASSERT(tracer != nullptr);
std::stringstream stream;
stream << "{\"ph\":\"X\", \"pid\":\"" << utils::GetPid() <<
"\", \"tid\":\"" << queue <<
"\", \"name\":\"" << name <<
"\", \"ts\": " << started / NSEC_IN_USEC <<
", \"dur\":" << (ended - started) / NSEC_IN_USEC <<
", \"args\": {\"id\": \"" << id << "\"}"
"}," << std::endl;
PTI_ASSERT(tracer->chrome_logger_ != nullptr);
tracer->chrome_logger_->Log(stream.str());
}
static void ClChromeDeviceCallback(
void* data,
const std::string& queue,
const std::string& id,
const std::string& name,
uint64_t queued,
uint64_t submitted,
uint64_t started,
uint64_t ended) {
UnifiedTracer* tracer = reinterpret_cast<UnifiedTracer*>(data);
PTI_ASSERT(tracer != nullptr);
std::stringstream stream;
stream << "{\"ph\":\"X\", \"pid\":\"" << utils::GetPid() <<
"\", \"tid\":\"" << queue <<
"\", \"name\":\"" << name <<
"\", \"ts\": " << started / NSEC_IN_USEC <<
", \"dur\":" << (ended - started) / NSEC_IN_USEC <<
", \"args\": {\"id\": \"" << id << "\"}"
"}," << std::endl;
PTI_ASSERT(tracer->chrome_logger_ != nullptr);
tracer->chrome_logger_->Log(stream.str());
}
static void ZeChromeKernelCallback(
void* data,
const std::string& queue,
const std::string& id,
const std::string& name,
uint64_t appended,
uint64_t submitted,
uint64_t started,
uint64_t ended) {
UnifiedTracer* tracer = reinterpret_cast<UnifiedTracer*>(data);
PTI_ASSERT(tracer != nullptr);
std::stringstream stream;
stream << "{\"ph\":\"X\", \"pid\":\"" << utils::GetPid() <<
"\", \"tid\":\"" << name <<
"\", \"name\":\"" << name <<
"\", \"ts\": " << started / NSEC_IN_USEC <<
", \"dur\":" << (ended - started) / NSEC_IN_USEC <<
", \"args\": {\"id\": \"" << id << "\"}"
"}," << std::endl;
PTI_ASSERT(tracer->chrome_logger_ != nullptr);
tracer->chrome_logger_->Log(stream.str());
}
static void ClChromeKernelCallback(
void* data,
const std::string& queue,
const std::string& id,
const std::string& name,
uint64_t queued,
uint64_t submitted,
uint64_t started,
uint64_t ended) {
UnifiedTracer* tracer = reinterpret_cast<UnifiedTracer*>(data);
PTI_ASSERT(tracer != nullptr);
std::stringstream stream;
stream << "{\"ph\":\"X\", \"pid\":\"" << utils::GetPid() <<
"\", \"tid\":\"" << name <<
"\", \"name\":\"" << name <<
"\", \"ts\": " << started / NSEC_IN_USEC <<
", \"dur\":" << (ended - started) / NSEC_IN_USEC <<
", \"args\": {\"id\": \"" << id << "\"}"
"}," << std::endl;
PTI_ASSERT(tracer->chrome_logger_ != nullptr);
tracer->chrome_logger_->Log(stream.str());
}
static void ZeChromeStagesCallback(
void* data,
const std::string& queue,
const std::string& id,
const std::string& name,
uint64_t appended,
uint64_t submitted,
uint64_t started,
uint64_t ended) {
UnifiedTracer* tracer = reinterpret_cast<UnifiedTracer*>(data);
PTI_ASSERT(tracer != nullptr);
PTI_ASSERT(tracer->chrome_logger_ != nullptr);
std::stringstream stream;
std::string tid = id + "." + queue;
PTI_ASSERT(submitted >= appended);
stream << "{\"ph\":\"X\", \"pid\":\"" << utils::GetPid() <<
"\", \"tid\":\"" << tid <<
"\", \"name\":\"" << name << " (Appended)" <<
"\", \"ts\": " << appended / NSEC_IN_USEC <<
", \"dur\":" << (submitted - appended) / NSEC_IN_USEC <<
", \"cname\":\"thread_state_runnable\"" <<
", \"args\": {\"id\": \"" << id << "\"}"
"}," << std::endl;
tracer->chrome_logger_->Log(stream.str());
stream.str(std::string());
PTI_ASSERT(started > submitted);
stream << "{\"ph\":\"X\", \"pid\":\"" << utils::GetPid() <<
"\", \"tid\":\"" << tid <<
"\", \"name\":\"" << name << " (Submitted)" <<
"\", \"ts\": " << submitted / NSEC_IN_USEC <<
", \"dur\":" << (started - submitted) / NSEC_IN_USEC <<
", \"cname\":\"cq_build_running\"" <<
", \"args\": {\"id\": \"" << id << "\"}"
"}," << std::endl;
tracer->chrome_logger_->Log(stream.str());
stream.str(std::string());
PTI_ASSERT(ended > started);
stream << "{\"ph\":\"X\", \"pid\":\"" << utils::GetPid() <<
"\", \"tid\":\"" << tid <<
"\", \"name\":\"" << name << " (Executed)" <<
"\", \"ts\": " << started / NSEC_IN_USEC <<
", \"dur\":" << (ended - started) / NSEC_IN_USEC <<
", \"cname\":\"thread_state_iowait\"" <<
", \"args\": {\"id\": \"" << id << "\"}"
"}," << std::endl;
tracer->chrome_logger_->Log(stream.str());
}
static void ClChromeStagesCallback(
void* data,
const std::string& queue,
const std::string& id,
const std::string& name,
uint64_t queued,
uint64_t submitted,
uint64_t started,
uint64_t ended) {
UnifiedTracer* tracer = reinterpret_cast<UnifiedTracer*>(data);
PTI_ASSERT(tracer != nullptr);
PTI_ASSERT(tracer->chrome_logger_ != nullptr);
std::stringstream stream;
std::string tid = id + "." + queue;
PTI_ASSERT(submitted > queued);
stream << "{\"ph\":\"X\", \"pid\":\"" << utils::GetPid() <<
"\", \"tid\":\"" << tid <<
"\", \"name\":\"" << name << " (Queued)" <<
"\", \"ts\": " << queued / NSEC_IN_USEC <<
", \"dur\":" << (submitted - queued) / NSEC_IN_USEC <<
", \"cname\":\"thread_state_runnable\"" <<
", \"args\": {\"id\": \"" << id << "\"}"
"}," << std::endl;
tracer->chrome_logger_->Log(stream.str());
stream.str(std::string());
PTI_ASSERT(started > submitted);
stream << "{\"ph\":\"X\", \"pid\":\"" << utils::GetPid() <<
"\", \"tid\":\"" << tid <<
"\", \"name\":\"" << name << " (Submitted)" <<
"\", \"ts\": " << submitted / NSEC_IN_USEC <<
", \"dur\":" << (started - submitted) / NSEC_IN_USEC <<
", \"cname\":\"cq_build_running\"" <<
", \"args\": {\"id\": \"" << id << "\"}"
"}," << std::endl;
tracer->chrome_logger_->Log(stream.str());
stream.str(std::string());
PTI_ASSERT(ended > started);
stream << "{\"ph\":\"X\", \"pid\":\"" << utils::GetPid() <<
"\", \"tid\":\"" << tid <<
"\", \"name\":\"" << name << " (Executed)" <<
"\", \"ts\": " << started / NSEC_IN_USEC <<
", \"dur\":" << (ended - started) / NSEC_IN_USEC <<
", \"cname\":\"thread_state_iowait\"" <<
", \"args\": {\"id\": \"" << id << "\"}"
"}," << std::endl;
tracer->chrome_logger_->Log(stream.str());
}
static void ZeChromeKernelStagesCallback(
void* data,
const std::string& queue,
const std::string& id,
const std::string& name,
uint64_t appended,
uint64_t submitted,
uint64_t started,
uint64_t ended) {
UnifiedTracer* tracer = reinterpret_cast<UnifiedTracer*>(data);
PTI_ASSERT(tracer != nullptr);
PTI_ASSERT(tracer->chrome_logger_ != nullptr);
std::stringstream stream;
PTI_ASSERT(submitted >= appended);
stream << "{\"ph\":\"X\", \"pid\":\"" << utils::GetPid() <<
"\", \"tid\":\"" << name <<
"\", \"name\":\"" << name << " (Appended)" <<
"\", \"ts\": " << appended / NSEC_IN_USEC <<
", \"dur\":" << (submitted - appended) / NSEC_IN_USEC <<
", \"cname\":\"thread_state_runnable\"" <<
", \"args\": {\"id\": \"" << id << "\"}"
"}," << std::endl;
tracer->chrome_logger_->Log(stream.str());
stream.str(std::string());
PTI_ASSERT(started > submitted);
stream << "{\"ph\":\"X\", \"pid\":\"" << utils::GetPid() <<
"\", \"tid\":\"" << name <<
"\", \"name\":\"" << name << " (Submitted)" <<
"\", \"ts\": " << submitted / NSEC_IN_USEC <<
", \"dur\":" << (started - submitted) / NSEC_IN_USEC <<
", \"cname\":\"cq_build_running\"" <<
", \"args\": {\"id\": \"" << id << "\"}"
"}," << std::endl;
tracer->chrome_logger_->Log(stream.str());
stream.str(std::string());
PTI_ASSERT(ended > started);
stream << "{\"ph\":\"X\", \"pid\":\"" << utils::GetPid() <<
"\", \"tid\":\"" << name <<
"\", \"name\":\"" << name << " (Executed)" <<
"\", \"ts\": " << started / NSEC_IN_USEC <<
", \"dur\":" << (ended - started) / NSEC_IN_USEC <<
", \"cname\":\"thread_state_iowait\"" <<
", \"args\": {\"id\": \"" << id << "\"}"
"}," << std::endl;
tracer->chrome_logger_->Log(stream.str());
}
static void ClChromeKernelStagesCallback(
void* data,
const std::string& queue,
const std::string& id,
const std::string& name,
uint64_t queued,
uint64_t submitted,
uint64_t started,
uint64_t ended) {
UnifiedTracer* tracer = reinterpret_cast<UnifiedTracer*>(data);
PTI_ASSERT(tracer != nullptr);
PTI_ASSERT(tracer->chrome_logger_ != nullptr);
std::stringstream stream;
PTI_ASSERT(submitted > queued);
stream << "{\"ph\":\"X\", \"pid\":\"" << utils::GetPid() <<
"\", \"tid\":\"" << name <<
"\", \"name\":\"" << name << " (Queued)" <<
"\", \"ts\": " << queued / NSEC_IN_USEC <<
", \"dur\":" << (submitted - queued) / NSEC_IN_USEC <<
", \"cname\":\"thread_state_runnable\"" <<
", \"args\": {\"id\": \"" << id << "\"}"
"}," << std::endl;
tracer->chrome_logger_->Log(stream.str());
stream.str(std::string());
PTI_ASSERT(started > submitted);
stream << "{\"ph\":\"X\", \"pid\":\"" << utils::GetPid() <<
"\", \"tid\":\"" << name <<
"\", \"name\":\"" << name << " (Submitted)" <<