public DataSet(Profiler profiler, byte *startPtr, long length, TargetProcessPointer nativeStartPosition,
TargetProcessPointer nativeRootFuncInfoPosition,
double cpuUsage, bool isFirst, bool is64Bit)
: base(nativeStartPosition, nativeRootFuncInfoPosition, startPtr, length, cpuUsage, isFirst, is64Bit)
{
this.profiler = profiler;
}
unsafe void AddDataset(byte *ptr, TargetProcessPointer nativeStartPosition, long offset, long length, bool isFirst, TargetProcessPointer nativeRootFuncInfoPosition)
{
using (DataSet dataSet = new DataSet(this, ptr + offset, length, nativeStartPosition, nativeRootFuncInfoPosition, isFirst, is64Bit)) {
lock (this.dataWriter) {
this.dataWriter.WriteDataSet(dataSet);
if (usePerformanceCounters)
{
if (performanceCounterInstanceName == null)
{
performanceCounterInstanceName = PerformanceCounterDescriptor.GetProcessInstanceName(profilee.Id);
}
if (performanceCounterInstanceName == null)
{
usePerformanceCounters = false;
LogString("Warning: One or more performance counters could not be accessed. " +
"Please ensure that the perfmon service is enabled and running. " +
"If the problem still persists try rebuilding the performance counters " +
"by executing \"lodctr /R\" from a command line with administrative rights.");
}
}
foreach (var counter in performanceCounters)
{
counter.Collect(performanceCounterInstanceName);
}
}
}
}
unsafe void AddDataset(byte *ptr, TargetProcessPointer nativeStartPosition, long offset, long length, double cpuUsage, bool isFirst, TargetProcessPointer nativeRootFuncInfoPosition)
{
using (DataSet dataSet = new DataSet(this, ptr + offset, length, nativeStartPosition, nativeRootFuncInfoPosition, cpuUsage, isFirst, is64Bit)) {
lock (this.dataWriter) {
this.dataWriter.WriteDataSet(dataSet);
}
}
}
internal unsafe void *TranslatePointer(TargetProcessPointer ptr)
{
if (this.is64Bit)
{
return(TranslatePointer64(ptr.To64()));
}
else
{
return(TranslatePointer32(ptr.To32()));
}
}
unsafe void AddDataset(byte *ptr, TargetProcessPointer nativeStartPosition, long offset, long length, bool isFirst, TargetProcessPointer nativeRootFuncInfoPosition)
{
using (DataSet dataSet = new DataSet(this, ptr + offset, length, nativeStartPosition, nativeRootFuncInfoPosition, isFirst, is64Bit)) {
lock (this.dataWriter) {
this.dataWriter.WriteDataSet(dataSet);
if (performanceCounterInstanceName == null)
{
performanceCounterInstanceName = PerformanceCounterDescriptor.GetProcessInstanceName(profilee.Id);
}
if (performanceCounterInstanceName == null)
{
LogString("instance not found!");
}
foreach (var counter in performanceCounters)
{
counter.Collect(performanceCounterInstanceName);
}
}
}
}
internal unsafe override void *TranslatePointer(TargetProcessPointer ptr)
{
return(this.profiler.TranslatePointer(ptr));
}
internal unsafe override void* TranslatePointer(TargetProcessPointer ptr)
{
return profiler.TranslatePointer(ptr);
}
public DataSet(Profiler profiler, byte *startPtr, long length, TargetProcessPointer nativeStartPosition,
TargetProcessPointer nativeRootFuncInfoPosition, bool isFirst, bool is64Bit)
: base(nativeStartPosition, nativeRootFuncInfoPosition, startPtr, length, isFirst, is64Bit)
{
this.profiler = profiler;
}
internal unsafe void* TranslatePointer(TargetProcessPointer ptr)
{
if (is64Bit)
return TranslatePointer64(ptr.To64());
else
return TranslatePointer32(ptr.To32());
}
unsafe void AddDataset(byte *ptr, TargetProcessPointer nativeStartPosition, long offset, long length, bool isFirst, TargetProcessPointer nativeRootFuncInfoPosition)
{
using (DataSet dataSet = new DataSet(this, ptr + offset, length, nativeStartPosition, nativeRootFuncInfoPosition, isFirst, is64Bit)) {
lock (dataWriter) {
dataWriter.WriteDataSet(dataSet);
if (usePerformanceCounters) {
if (performanceCounterInstanceName == null)
performanceCounterInstanceName = PerformanceCounterDescriptor.GetProcessInstanceName(profilee.Id);
if (performanceCounterInstanceName == null) {
usePerformanceCounters = false;
LogString("Warning: One or more performance counters could not be accessed. " +
"Please ensure that the perfmon service is enabled and running. " +
"If the problem still persists try rebuilding the performance counters " +
"by executing \"lodctr /R\" from a command line with administrative rights.");
}
}
foreach (var counter in performanceCounters)
counter.Collect(performanceCounterInstanceName);
}
}
}
unsafe void AddDataset(byte *ptr, TargetProcessPointer nativeStartPosition, long offset, long length, bool isFirst, TargetProcessPointer nativeRootFuncInfoPosition)
{
using (DataSet dataSet = new DataSet(this, ptr + offset, length, nativeStartPosition, nativeRootFuncInfoPosition, isFirst, is64Bit)) {
lock (this.dataWriter) {
this.dataWriter.WriteDataSet(dataSet);
if (performanceCounterInstanceName == null)
performanceCounterInstanceName = PerformanceCounterDescriptor.GetProcessInstanceName(profilee.Id);
if (performanceCounterInstanceName == null)
LogString("instance not found!");
foreach (var counter in performanceCounters)
counter.Collect(performanceCounterInstanceName);
}
}
}
unsafe void AddDataset(byte *ptr, TargetProcessPointer nativeStartPosition, long offset, long length, double cpuUsage, bool isFirst, TargetProcessPointer nativeRootFuncInfoPosition)
{
using (DataSet dataSet = new DataSet(this, ptr + offset, length, nativeStartPosition, nativeRootFuncInfoPosition, cpuUsage, isFirst, is64Bit)) {
lock (this.dataWriter) {
this.dataWriter.WriteDataSet(dataSet);
}
}
}
