Fixed inconsistencies between time/timestamp.

Author: jmuehlig

README.md

@@ -84,7 +84,7 @@ for (const auto& record : samples)
 {
     const auto timestamp = record.metadata().timestmap().value();
     const auto cpu_id = record.metadata().cpu_id().value();
-    const auto instruction = record.instruction_execution().instruction_pointer().value();
+    const auto instruction = record.instruction_execution().logical_instruction_pointer().value();
     
     std::cout 
         << "Time = " << timestamp << " | CPU = " << cpu_id

examples/address_sampling.cpp

@@ -31,7 +31,7 @@ main()
 
   /// Setup which data will be included into samples (timestamp, virtual memory address, data source like L1d or RAM,
   /// and latency).
-  sampler.values().time(true).logical_memory_address(true).data_source(true).latency(true);
+  sampler.values().timestamp(true).logical_memory_address(true).data_source(true).latency(true);
 
   /// Create random access benchmark.
   auto benchmark = perf::example::AccessBenchmark{ /*randomize the accesses*/ true,

examples/branch_sampling.cpp

@@ -35,7 +35,7 @@ main()
   sampler.trigger("cycles", perf::Precision::AllowArbitrarySkid);
 
   /// Setup which data will be included into samples (timestamp and stack of branches).
-  sampler.values().time(true).branch_stack(
+  sampler.values().timestamp(true).branch_stack(
     { perf::BranchType::User, perf::BranchType::Conditional }) /// Only sample conditional branches in user-mode.
     ;
 

examples/context_switch_sampling.cpp

@@ -25,7 +25,7 @@ main()
   sampler.trigger("cycles", perf::Precision::RequestZeroSkid);
 
   /// Include Timestamp, period, instruction pointer, and CPU number into samples.
-  sampler.values().time(true).cpu_id(true).context_switch(true);
+  sampler.values().timestamp(true).cpu_id(true).context_switch(true);
 
   /// Create random access benchmark.
   auto benchmark = perf::example::AccessBenchmark{ /*randomize the accesses*/ true,

examples/counter_sampling.cpp

@@ -27,7 +27,7 @@ main()
   sampler.trigger("cycles", perf::Precision::AllowArbitrarySkid);
 
   /// Setup which data should be included (L1 hit and miss counter, timestamp).
-  sampler.values().counter({ "L1-dcache-loads", "L1-dcache-load-misses", "L1d-misses-per-load" }).time(true);
+  sampler.values().counter({ "L1-dcache-loads", "L1-dcache-load-misses", "L1d-misses-per-load" }).timestamp(true);
 
   /// Create random access benchmark.
   auto benchmark = perf::example::AccessBenchmark{ /*randomize the accesses*/ true,

examples/instruction_pointer_sampling.cpp

@@ -21,7 +21,7 @@ main()
   sampler.trigger("cycles", perf::Precision::RequestZeroSkid, perf::Period{ 4000U });
 
   /// Include Timestamp, period, instruction pointer, and CPU number into samples.
-  sampler.values().time(true).period(true).instruction_pointer(true).cpu_id(true);
+  sampler.values().timestamp(true).period(true).instruction_pointer(true).cpu_id(true);
 
   /// Create random access benchmark.
   auto benchmark = perf::example::AccessBenchmark{ /*randomize the accesses*/ true,

examples/multi_cpu_sampling.cpp

@@ -34,7 +34,7 @@ main()
   sampler.trigger("cycles");
 
   /// Setup what data the samples should include (timestamp, instruction pointer, CPU id, thread id).
-  sampler.values().time(true).instruction_pointer(true).cpu_id(true).thread_id(true);
+  sampler.values().timestamp(true).instruction_pointer(true).cpu_id(true).thread_id(true);
 
   /// Create random access benchmark.
   auto benchmark = perf::example::AccessBenchmark{ /*randomize the accesses*/ true,

examples/multi_event_sampling.cpp

@@ -36,7 +36,7 @@ main()
   }
 
   /// Define what to sample.
-  sampler.values().time(true).logical_memory_address(true).data_source(true).latency(true);
+  sampler.values().timestamp(true).logical_memory_address(true).data_source(true).latency(true);
 
   /// Create random access benchmark.
   auto benchmark = perf::example::AccessBenchmark{ /*randomize the accesses*/ true,

examples/multi_thread_sampling.cpp

@@ -29,7 +29,7 @@ main()
   sampler.trigger("cycles");
 
   /// Setup what data the samples should include (timestamp, instruction pointer, CPU id, thread id).
-  sampler.values().time(true).instruction_pointer(true).cpu_id(true).thread_id(true);
+  sampler.values().timestamp(true).instruction_pointer(true).cpu_id(true).thread_id(true);
 
   /// Create random access benchmark.
   auto benchmark = perf::example::AccessBenchmark{ /*randomize the accesses*/ true,

examples/register_sampling.cpp

@@ -22,7 +22,7 @@ main()
   auto sampler = perf::Sampler{ counter_definitions, perf_config };
   sampler.trigger("cycles");
   sampler.values()
-    .time(true)
+    .timestamp(true)
     .user_registers(
       perf::Registers{ { perf::Registers::x86::IP, perf::Registers::x86::DI, perf::Registers::x86::R10 } })
     .kernel_registers(