| /* |
| * Copyright (C) 2019 The Android Open Source Project |
| * |
| * Licensed under the Apache License, Version 2.0 (the "License"); |
| * you may not use this file except in compliance with the License. |
| * You may obtain a copy of the License at |
| * |
| * http://www.apache.org/licenses/LICENSE-2.0 |
| * |
| * Unless required by applicable law or agreed to in writing, software |
| * distributed under the License is distributed on an "AS IS" BASIS, |
| * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. |
| * See the License for the specific language governing permissions and |
| * limitations under the License. |
| */ |
| |
| #ifndef SRC_TRACE_PROCESSOR_STORAGE_STATS_H_ |
| #define SRC_TRACE_PROCESSOR_STORAGE_STATS_H_ |
| |
| #include <cstddef> |
| |
| namespace perfetto::trace_processor::stats { |
| |
| // Compile time list of parsing and processing stats. |
| // clang-format off |
| #define PERFETTO_TP_STATS(F) \ |
| /* TODO(b/512786856): Restore severity to kError after flag rollout. */ \ |
| F(android_aflags_errors, kSingle, kInfo, kTrace, Scope::kMachineAndTrace, \ |
| "Errors occurred during the collection of Android aconfig flags by the "\ |
| "android.aflags data source. This typically happens if the aflags tool "\ |
| "fails or its output is malformed."), \ |
| F(android_br_parse_errors, kSingle, kError, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(android_log_num_failed, kSingle, kError, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(android_log_format_invalid, kSingle, kError, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(android_log_num_skipped, kSingle, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(android_log_num_total, kSingle, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(deobfuscate_location_parse_error, kSingle, kError, kAnalysis, Scope::kGlobal, ""), \ |
| F(energy_breakdown_missing_values, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(energy_descriptor_invalid, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(entity_state_descriptor_invalid, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(entity_state_residency_invalid, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(entity_state_residency_lookup_failed, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(energy_uid_breakdown_missing_values, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(frame_timeline_event_parser_errors, kSingle, kInfo, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(frame_timeline_unpaired_end_event, kSingle, kInfo, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(ftrace_bundle_tokenizer_errors, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(ftrace_cpu_bytes_begin, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(ftrace_cpu_bytes_end, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(ftrace_cpu_bytes_delta, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(ftrace_cpu_commit_overrun_begin, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(ftrace_cpu_commit_overrun_end, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(ftrace_cpu_commit_overrun_delta, kIndexed, kError, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(ftrace_cpu_dropped_events_begin, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(ftrace_cpu_dropped_events_end, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(ftrace_cpu_dropped_events_delta, kIndexed, kError, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(ftrace_cpu_entries_begin, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(ftrace_cpu_entries_end, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(ftrace_cpu_entries_delta, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(ftrace_cpu_now_ts_begin, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(ftrace_cpu_now_ts_end, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(ftrace_cpu_oldest_event_ts_begin, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(ftrace_cpu_oldest_event_ts_end, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(ftrace_cpu_overrun_begin, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(ftrace_cpu_overrun_end, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(ftrace_cpu_overrun_delta, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(ftrace_cpu_read_events_begin, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(ftrace_cpu_read_events_end, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(ftrace_cpu_read_events_delta, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(ftrace_cpu_has_data_loss, kIndexed, kDataLoss, kTrace, Scope::kMachineAndTrace, \ |
| "Ftrace data for the given cpu has data losses and is therefore " \ |
| "unreliable. The kernel buffer overwrote events between our reads " \ |
| "in userspace. Try re-recording the trace with a bigger buffer " \ |
| "(ftrace_config.buffer_size_kb), or with fewer enabled ftrace events."),\ |
| F(ftrace_kprobe_hits_begin, kSingle, kInfo, kTrace, Scope::kMachineAndTrace, \ |
| "The number of kretprobe hits at the beginning of the trace."), \ |
| F(ftrace_kprobe_hits_end, kSingle, kInfo, kTrace, Scope::kMachineAndTrace, \ |
| "The number of kretprobe hits at the end of the trace."), \ |
| F(ftrace_kprobe_hits_delta, kSingle, kInfo, kTrace, Scope::kMachineAndTrace, \ |
| "The number of kprobe hits encountered during the collection of the" \ |
| "trace."), \ |
| F(ftrace_kprobe_misses_begin, kSingle, kInfo, kTrace, Scope::kMachineAndTrace, \ |
| "The number of kretprobe missed events at the beginning of the trace."),\ |
| F(ftrace_kprobe_misses_end, kSingle, kInfo, kTrace, Scope::kMachineAndTrace, \ |
| "The number of kretprobe missed events at the end of the trace."), \ |
| F(ftrace_kprobe_misses_delta, kSingle, kDataLoss, kTrace, Scope::kMachineAndTrace, \ |
| "The number of kretprobe missed events encountered during the " \ |
| "collection of the trace. A value greater than zero is due to the " \ |
| "maxactive parameter for the kretprobe being too small"), \ |
| F(ftrace_setup_errors, kSingle, kInfo, kTrace, Scope::kMachineAndTrace, \ |
| "One or more atrace/ftrace categories were not found or failed to " \ |
| "enable. See ftrace_setup_errors in the metadata table for details."), \ |
| F(ftrace_abi_errors_skipped_zero_data_length, \ |
| kSingle, kInfo, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(ftrace_generic_descriptor_errors, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "The config is setting denser_generic_event_encoding, but there are " \ |
| "issues with parsing or matching up the in-trace proto descriptors."), \ |
| F(ftrace_thermal_exynos_acpm_unknown_tz_id, \ |
| kSingle, kError, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(fuchsia_non_numeric_counters, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(fuchsia_timestamp_overflow, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(fuchsia_record_read_error, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(fuchsia_invalid_event, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(fuchsia_invalid_event_arg_type, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(fuchsia_invalid_event_arg_name, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(fuchsia_unknown_event_arg, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(fuchsia_invalid_string_ref, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(generic_task_state_invalid_order, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "Invalid order of generic task state events. Should never happen."), \ |
| F(gpu_counters_invalid_spec, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(gpu_counters_missing_spec, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(gpu_render_stage_parser_errors, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(graphics_frame_event_parser_errors, kSingle, kInfo, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(guess_trace_type_duration_ns, kSingle, kInfo, kAnalysis, Scope::kGlobal, ""), \ |
| F(interned_data_tokenizer_errors, kSingle, kInfo, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(invalid_clock_snapshots, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(invalid_cpu_times, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(kernel_wakelock_reused_id, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "Duplicated interning ID seen. Should never happen."), \ |
| F(kernel_wakelock_unknown_id, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "Interning ID not found. Should never happen."), \ |
| F(kernel_wakelock_zero_value_reported, kSingle, kDataLoss, kTrace, Scope::kMachineAndTrace, \ |
| "Zero value received from SuspendControlService. Indicates a transient "\ |
| "error in SuspendControlService."), \ |
| F(kernel_wakelock_non_monotonic_value_reported, \ |
| kSingle, kDataLoss, kTrace, Scope::kMachineAndTrace, \ |
| "Decreased value received from SuspendControlService. Indicates a " \ |
| "transient error in SuspendControlService."), \ |
| F(kernel_wakelock_implausibly_large_value_reported, \ |
| kSingle, kDataLoss, kTrace, Scope::kMachineAndTrace, \ |
| "Implausibly large increment to value received from " \ |
| "SuspendControlService. Indicates a transient error in " \ |
| "SuspendControlService."), \ |
| F(kernel_trackevent_format_error, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "Ftrace event payloads did not match the format file while being " \ |
| "parsed as kernel track events."), \ |
| F(app_wakelock_parse_error, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "Parsing packed repeated field. Should never happen."), \ |
| F(app_wakelock_unknown_id, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "Interning ID not found. Should never happen."), \ |
| F(meminfo_unknown_keys, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(mismatched_sched_switch_tids, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(mm_unknown_type, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(parse_trace_duration_ns, kSingle, kInfo, kAnalysis, Scope::kGlobal, ""), \ |
| F(power_rail_empty_packet, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(power_rail_unknown_index, kSingle, kError, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(proc_stat_unknown_counters, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(rss_stat_unknown_keys, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(rss_stat_negative_size, kSingle, kInfo, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(rss_stat_unknown_thread_for_mm_id, kSingle, kInfo, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(filter_input_bytes, kSingle, kInfo, kTrace, Scope::kMachineAndTrace, \ |
| "Number of bytes pre-TraceFilter. The trace file would have been this " \ |
| "many bytes big if the TraceConfig didn't specify any TraceFilter. " \ |
| "This affects the actual buffer usage, as filtering happens only " \ |
| "when writing into the trace file (or over IPC)."), \ |
| F(filter_input_packets, kSingle, kInfo, kTrace, Scope::kMachineAndTrace, \ |
| "Number of packets pre-TraceFilter. The trace file would have had so " \ |
| "many packets if the TraceConfig didn't specify any TraceFilter."), \ |
| F(filter_output_bytes, kSingle, kInfo, kTrace, Scope::kMachineAndTrace, \ |
| "Number of bytes that made it through the TraceFilter, before the " \ |
| "(optional) Zlib compression stage."), \ |
| F(filter_time_taken_ns, kSingle, kInfo, kTrace, Scope::kMachineAndTrace, \ |
| "Time cumulatively spent running the TraceFilter throughout the " \ |
| "tracing session by MaybeFilterPackets()."), \ |
| F(filter_errors, kSingle, kError, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(flow_duplicate_id, kSingle, kError, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(flow_no_enclosing_slice, kSingle, kError, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(flow_step_without_start, kSingle, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(flow_end_without_start, kSingle, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(flow_invalid_id, kSingle, kError, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(flow_without_direction, kSingle, kError, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(stackprofile_empty_callstack, kSingle, kError, kTrace, Scope::kMachineAndTrace, \ |
| "Callstack had no frames. Ignored"), \ |
| F(stackprofile_invalid_string_id, kSingle, kError, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(stackprofile_invalid_mapping_id, kSingle, kError, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(stackprofile_invalid_frame_id, kSingle, kError, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(stackprofile_invalid_callstack_id, kSingle, kError, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(stackprofile_parser_error, kSingle, kError, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(systrace_parse_failure, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(task_state_invalid, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(traced_buf_abi_violations, kIndexed, kDataLoss, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(traced_buf_buffer_size, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(traced_buf_bytes_overwritten, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(traced_buf_bytes_read, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(traced_buf_bytes_filtered_out, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, \ |
| "Number of bytes discarded (input - output) by the TraceFilter for " \ |
| "each buffer. It is a subset of, but does not add up perfectly to, " \ |
| "(filter_input_bytes - filter_output_bytes) because of the synthetic " \ |
| "metadata and stats packets generated by the tracing service itself."), \ |
| F(traced_buf_bytes_written, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(traced_buf_clone_done_timestamp_ns, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, \ |
| "The timestamp when the clone snapshot operation for this buffer " \ |
| "finished"), \ |
| F(traced_buf_chunks_discarded, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(traced_buf_chunks_overwritten, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(traced_buf_chunks_read, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(traced_buf_chunks_rewritten, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(traced_buf_chunks_written, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(traced_buf_chunks_committed_out_of_order, \ |
| kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(traced_buf_padding_bytes_cleared, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(traced_buf_padding_bytes_written, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(traced_buf_patches_failed, kIndexed, kDataLoss, kTrace, Scope::kMachineAndTrace, \ |
| "The tracing service potentially lost data from one of the data sources "\ |
| "writing into the given target_buffer. This entry can be ignored " \ |
| "if you're using DISCARD buffers and traced_buf_chunks_discarded is " \ |
| "nonzero, meaning that the buffer was filled."), \ |
| F(traced_buf_patches_succeeded, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(traced_buf_readaheads_failed, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(traced_buf_readaheads_succeeded, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(traced_buf_trace_writer_packet_loss, kIndexed, kDataLoss, kTrace, Scope::kMachineAndTrace, \ |
| "The tracing service observed packet loss for this buffer during this " \ |
| "tracing session. This also counts packet loss that happened before " \ |
| "the RING_BUFFER start or after the DISCARD buffer end."), \ |
| F(traced_buf_sequence_packet_loss, kIndexed, kDataLoss, kAnalysis, Scope::kMachineAndTrace, \ |
| "The number of groups of consecutive packets lost in each sequence for " \ |
| "this buffer"), \ |
| F(traced_buf_incremental_sequences_dropped, kIndexed, kDataLoss, kAnalysis, Scope::kMachineAndTrace, \ |
| "For a given buffer, indicates the number of sequences where all the " \ |
| "packets on that sequence were dropped due to lack of a valid " \ |
| "incremental state (i.e. interned data). This is usually a strong sign " \ |
| "that either: " \ |
| "1) incremental state invalidation is disabled. " \ |
| "2) the incremental state invalidation interval is too low. " \ |
| "In either case, see " \ |
| "https://perfetto.dev/docs/concepts/buffers" \ |
| "#incremental-state-in-trace-packets"), \ |
| F(traced_buf_write_wrap_count, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(traced_buf_v2s_packets_seen, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, \ |
| "Shadow mode: total packets read."), \ |
| F(traced_buf_v2s_packets_in_both, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, \ |
| "Shadow mode: packets found in both V1 and V2 buffers."), \ |
| F(traced_buf_v2s_packets_only_v1, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, \ |
| "Shadow mode: packets found only in V1 buffer."), \ |
| F(traced_buf_v2s_packets_only_v2, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, \ |
| "Shadow mode: packets found only in V2 buffer."), \ |
| F(traced_buf_v2s_patches_attempted, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, \ |
| "Shadow mode: patch operations attempted."), \ |
| F(traced_buf_v2s_v1_patches_succeeded, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, \ |
| "Shadow mode: patches that succeeded on V1 buffer."), \ |
| F(traced_buf_v2s_v2_patches_succeeded, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, \ |
| "Shadow mode: patches that succeeded on V2 buffer."), \ |
| F(traced_buf_v2s_stats_version, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, \ |
| "Shadow mode: version of the comparison stats."), \ |
| F(traced_clone_started_timestamp_ns, kSingle, kInfo, kTrace, Scope::kMachineAndTrace, \ |
| "The timestamp when the clone snapshot operation for this trace started"), \ |
| F(traced_clone_trigger_timestamp_ns, kSingle, kInfo, kTrace, Scope::kMachineAndTrace, \ |
| "The timestamp when trigger for the clone snapshot operation for this " \ |
| "trace was received"), \ |
| F(traced_chunks_discarded, kSingle, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(traced_data_sources_registered, kSingle, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(traced_data_sources_seen, kSingle, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(traced_final_flush_failed, kSingle, kDataLoss, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(traced_final_flush_succeeded, kSingle, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(traced_flushes_failed, kSingle, kDataLoss, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(traced_flushes_requested, kSingle, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(traced_flushes_succeeded, kSingle, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(traced_patches_discarded, kSingle, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(traced_producers_connected, kSingle, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(traced_producers_seen, kSingle, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(traced_total_buffers, kSingle, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(traced_tracing_sessions, kSingle, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(track_event_parser_errors, kSingle, kInfo, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(track_event_dropped_packets_outside_of_range_of_interest, \ |
| kSingle, kInfo, kAnalysis, Scope::kMachineAndTrace, \ |
| "The number of TrackEvent packets dropped by trace processor due to " \ |
| "being outside of the range of interest. This happens if a trace has a " \ |
| "TrackEventRangeOfInterest packet, and track event dropping is " \ |
| "enabled."), \ |
| F(track_event_tokenizer_errors, kSingle, kInfo, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(track_hierarchy_missing_uuid, kSingle, kInfo, kAnalysis, Scope::kMachineAndTrace, \ |
| "Upper bound on the number of events dropped due to track hierarchy " \ |
| "validation failures where a parent UUID was not found. This stat is " \ |
| "incremented each time trace processor attempts to resolve a track " \ |
| "with an invalid hierarchy, which can happen in multiple contexts, " \ |
| "making it an upper bound rather than an exact count of dropped events. "\ |
| "This is a bug in the trace producer."), \ |
| F(track_event_thread_invalid_end, kSingle, kError, kTrace, Scope::kMachineAndTrace, \ |
| "The end event for a thread track does not match a track event " \ |
| "begin event. This can happen on mixed atrace/track_event traces " \ |
| "and is usually caused by data loss or bugs when the events are " \ |
| "emitted. The outcome of this is that slices can appear to be closed " \ |
| "before they were closed in reality"), \ |
| F(tokenizer_skipped_packets, kSingle, kInfo, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(vmstat_unknown_keys, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(psi_unknown_resource, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(vulkan_allocations_invalid_string_id, \ |
| kSingle, kError, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(clock_sync_failure, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(clock_sync_failure_unknown_source_clock, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "A packet with a timestamp could not be converted to trace time " \ |
| "because the source clock ID has never appeared in any ClockSnapshot. " \ |
| "This indicates the trace producer emitted packets with a clock_id but " \ |
| "never provided a ClockSnapshot for that clock. Check that " \ |
| "ClockSnapshots are emitted before any packets using that clock_id. " \ |
| "For sequence-scoped clocks (64-128), ensure each packet sequence " \ |
| "emits its own ClockSnapshot."), \ |
| F(clock_sync_failure_unknown_target_clock, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "A packet timestamp could not be converted because the target trace " \ |
| "time clock has never appeared in any ClockSnapshot. This is an " \ |
| "internal error that should not occur."), \ |
| F(clock_sync_failure_no_path, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "A packet timestamp could not be converted to trace time because no " \ |
| "ClockSnapshot path exists connecting the source clock to the trace " \ |
| "time clock. Both clocks exist in snapshots, but never together or " \ |
| "via a common intermediate clock. Ensure ClockSnapshots link all used " \ |
| "clocks to the trace time clock."), \ |
| F(clock_sync_mixed_clock_sources, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "A non-primary trace file used both the primary trace's clock " \ |
| "snapshots and its own for timestamp conversion. Timestamps " \ |
| "converted before the first own clock snapshot used the primary " \ |
| "trace's clocks which may differ."), \ |
| F(clock_sync_failure_undeferrable_packet_loss, kSingle, kDataLoss, \ |
| kAnalysis, Scope::kMachineAndTrace, \ |
| "A packet had a timestamp with a clock ID that could not be resolved " \ |
| "to trace time and the packet could not be deferred for later " \ |
| "resolution (the trace sorter was unable to switch to full-sort mode). " \ |
| "The packet was dropped and its data will be missing from query " \ |
| "results. This can happen when a sequence-scoped clock (64-127) is " \ |
| "used before the ClockSnapshot defining it arrives, and the sorter " \ |
| "has already started flushing."), \ |
| F(clock_sync_cache_miss, kSingle, kInfo, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(process_tracker_errors, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(namespaced_thread_missing_process, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "A namespaced thread association was received but the corresponding " \ |
| "process association was not found. This can happen due to data losses " \ |
| "during trace collection. The trace will be missing namespace " \ |
| "associations for some threads, which may affect analysis. To address " \ |
| "this issue, address the underlying data losses."), \ |
| F(json_tokenizer_failure, kSingle, kError, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(json_parser_failure, kSingle, kError, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(json_display_time_unit, kSingle, kInfo, kTrace, Scope::kMachineAndTrace, \ |
| "The displayTimeUnit key was set in the JSON trace. In some prior " \ |
| "versions of trace processor this key could effect how the trace " \ |
| "processor parsed timestamps and durations. In this version the key is " \ |
| "ignored which more closely matches the bavahiour of catapult."), \ |
| /* HeapGraphTracker is owned globally (one instance shared across all \ |
| machines/traces), so it can't trivially attribute its writes to a \ |
| specific (machine, trace). Until the tracker itself is reworked to be \ |
| per-context, the heap_graph_* stats below are kGlobal — heap-graph \ |
| errors are aggregated rather than broken out per machine. */ \ |
| F(heap_graph_invalid_string_id, kIndexed, kError, kTrace, Scope::kGlobal, ""), \ |
| F(heap_graph_malformed_packet, kIndexed, kError, kTrace, Scope::kGlobal, ""), \ |
| F(heap_graph_missing_packet, kIndexed, kError, kTrace, Scope::kGlobal, ""), \ |
| F(heapprofd_buffer_corrupted, kIndexed, kError, kTrace, Scope::kMachineAndTrace, \ |
| "Shared memory buffer corrupted. This is a bug or memory corruption " \ |
| "in the target. Indexed by target upid."), \ |
| F(heapprofd_hit_guardrail, kIndexed, kError, kTrace, Scope::kMachineAndTrace, \ |
| "HeapprofdConfig specified a CPU or Memory Guardrail that was hit. " \ |
| "Indexed by target upid."), \ |
| F(heapprofd_buffer_overran, kIndexed, kDataLoss, kTrace, Scope::kMachineAndTrace, \ |
| "The shared memory buffer between the target and heapprofd overran. " \ |
| "The profile was truncated early. Indexed by target upid."), \ |
| F(heapprofd_client_error, kIndexed, kError, kTrace, Scope::kMachineAndTrace, \ |
| "The heapprofd client ran into a problem and disconnected. " \ |
| "See profile_packet.proto for error codes."), \ |
| F(heapprofd_client_disconnected, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(heapprofd_malformed_packet, kIndexed, kError, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(heapprofd_missing_packet, kSingle, kError, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(heapprofd_rejected_concurrent, kIndexed, kError, kTrace, Scope::kMachineAndTrace, \ |
| "The target was already profiled by another tracing session, so the " \ |
| "profile was not taken. Indexed by target upid."), \ |
| F(heapprofd_non_finalized_profile, kSingle, kError, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(heapprofd_sampling_interval_adjusted, \ |
| kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, \ |
| "By how many byes the interval for PID was increased " \ |
| "by adaptive sampling."), \ |
| F(heapprofd_unwind_time_us, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, \ |
| "Time spent unwinding callstacks."), \ |
| F(heapprofd_unwind_samples, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, \ |
| "Number of samples unwound."), \ |
| F(heapprofd_client_spinlock_blocked, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, \ |
| "Time (us) the heapprofd client was blocked on the spinlock."), \ |
| F(heapprofd_last_profile_timestamp, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, \ |
| "The timestamp (in trace time) for the last dump for a process"), \ |
| F(symbolization_tmp_build_id_not_found, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "Number of file mappings in /data/local/tmp without a build id. " \ |
| "Symbolization doesn't work for executables in /data/local/tmp " \ |
| "because of SELinux. Please use /data/local/tests"), \ |
| F(metatrace_overruns, kSingle, kError, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(packages_list_has_parse_errors, kSingle, kError, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(packages_list_has_read_errors, kSingle, kError, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(user_list_errors, kSingle, kError, kTrace, Scope::kMachineAndTrace, \ |
| "Errors occurred while reading or parsing the user.list file."), \ |
| F(game_intervention_has_parse_errors, kSingle, kError, kTrace, Scope::kMachineAndTrace, \ |
| "One or more parsing errors occurred. This could result from " \ |
| "unknown game more or intervention added to the file to be parsed."), \ |
| F(game_intervention_has_read_errors, kSingle, kError, kTrace, Scope::kMachineAndTrace, \ |
| "The file to be parsed can't be opened. This can happend when " \ |
| "the file name is not found or no permission to access the file"), \ |
| F(compact_sched_has_parse_errors, kSingle, kError, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(misplaced_end_event, kSingle, kDataLoss, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(truncated_sys_write_duration, kSingle, kInfo, kAnalysis, Scope::kMachineAndTrace, \ |
| "Count of sys_write slices that have a truncated duration to resolve " \ |
| "nesting incompatibilities with atrace slices. Real durations " \ |
| "can be recovered via the |raw| table."), \ |
| F(compact_sched_switch_skipped, kSingle, kInfo, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(compact_sched_waking_skipped, kSingle, kInfo, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(empty_chrome_metadata, kSingle, kError, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(ninja_parse_errors, kSingle, kError, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(perf_cpu_lost_records, kIndexed, kDataLoss, kTrace, Scope::kMachineAndTrace, \ |
| "Count of perf samples lost due to kernel buffer overruns. The trace " \ |
| "is missing information, but it's not known which processes are " \ |
| "affected. Consider lowering the sampling frequency or raising " \ |
| "the ring_buffer_pages config option."), \ |
| F(perf_process_shard_count, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(perf_chosen_process_shard, kIndexed, kInfo, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(perf_guardrail_stop_ts, kIndexed, kDataLoss, kTrace, Scope::kMachineAndTrace, ""), \ |
| F(perf_unknown_record_type, kIndexed, kInfo, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(perf_record_skipped, kIndexed, kError, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(perf_samples_skipped, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "Count of skipped perf samples that otherwise matched the tracing " \ |
| "config. This will cause a process to be completely absent from the " \ |
| "trace, but does *not* imply data loss for processes that do have " \ |
| "samples in this trace."), \ |
| F(perf_features_skipped, kIndexed, kInfo, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(perf_samples_cpu_mode_unknown, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(perf_samples_skipped_dataloss, kSingle, kDataLoss, kTrace, Scope::kMachineAndTrace, \ |
| "Count of perf samples lost within the profiler (traced_perf), likely " \ |
| "due to load shedding. This may impact any traced processes. The trace " \ |
| "protobuf needs to be inspected manually to confirm which processes " \ |
| "are affected."), \ |
| F(perf_dummy_mapping_used, kSingle, kInfo, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(perf_aux_missing, kSingle, kDataLoss, kTrace, Scope::kMachineAndTrace, \ |
| "Number of bytes missing in AUX data streams due to missing " \ |
| "PREF_RECORD_AUX messages."), \ |
| F(perf_aux_ignored, kSingle, kInfo, kTrace, Scope::kMachineAndTrace, \ |
| "AUX data was ignored because the proper parser is not implemented."), \ |
| F(perf_aux_lost, kSingle, kDataLoss, kTrace, Scope::kMachineAndTrace, \ |
| "Gaps in the AUX data stream pased to the tokenizer."), \ |
| F(perf_aux_truncated, kSingle, kDataLoss, kTrace, Scope::kMachineAndTrace, \ |
| "Data was truncated when being written to the AUX stream at the " \ |
| "source."),\ |
| F(perf_aux_partial, kSingle, kDataLoss, kTrace, Scope::kMachineAndTrace, \ |
| "The PERF_RECORD_AUX contained partial data."), \ |
| F(perf_aux_collision, kSingle, kDataLoss, kTrace, Scope::kMachineAndTrace, \ |
| "The collection of a sample colliden with another. You should reduce " \ |
| "the rate at which samples are collected."), \ |
| F(perf_auxtrace_missing, kSingle, kDataLoss, kTrace, Scope::kMachineAndTrace, \ |
| "Number of bytes missing in AUX data streams due to missing " \ |
| "PREF_RECORD_AUXTRACE messages."), \ |
| F(perf_unknown_aux_data, kIndexed, kDataLoss, kTrace, Scope::kMachineAndTrace, \ |
| "AUX data type encountered for which there is no known parser."), \ |
| F(perf_no_tsc_data, kSingle, kInfo, kTrace, Scope::kMachineAndTrace, \ |
| "TSC data unavailable. Will be unable to translate HW clocks."), \ |
| F(spe_no_timestamp, kSingle, kInfo, kTrace, Scope::kMachineAndTrace, \ |
| "SPE record with no timestamp. Will try our best to assign a " \ |
| "timestamp."), \ |
| F(etm_no_importer, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "Unable to parse ETM data because TraceProcessor was not compiled to " \ |
| " support it. Make sure you enable the `enable_perfetto_etm_importer` " \ |
| " GN flag."), \ |
| F(memory_snapshot_parser_failure, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(thread_time_in_state_unknown_cpu_freq, \ |
| kSingle, kError, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(ftrace_packet_before_tracing_start, kSingle, kInfo, kAnalysis, Scope::kMachineAndTrace, \ |
| "An ftrace packet was seen before the tracing start timestamp from " \ |
| "the tracing service. This happens if the ftrace buffers were not " \ |
| "cleared properly. These packets are silently dropped by trace " \ |
| "processor."), \ |
| F(sorter_push_event_out_of_order, kSingle, kError, kTrace, Scope::kGlobal, \ |
| "Trace events are out of order event after sorting. This can happen " \ |
| "due to many factors including clock sync drift, producers emitting " \ |
| "events out of order or a bug in trace processor's logic of sorting."), \ |
| F(unknown_extension_fields, kSingle, kError, kTrace, Scope::kMachineAndTrace, \ |
| "TraceEvent had unknown extension fields, which might result in " \ |
| "missing some arguments. You may need a newer version of trace " \ |
| "processor to parse them."), \ |
| F(network_trace_intern_errors, kSingle, kInfo, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(network_trace_parse_errors, kSingle, kInfo, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(atom_timestamp_missing, kSingle, kError, kTrace, Scope::kMachineAndTrace, \ |
| "The corresponding timestamp_nanos entry for a StatsdAtom was " \ |
| "missing. Defaulted to inaccurate packet timestamp."), \ |
| F(atom_unknown, kSingle, kInfo, kAnalysis, Scope::kMachineAndTrace, \ |
| "Unknown statsd atom. Atom descriptor may need to be updated"), \ |
| F(v8_intern_errors, \ |
| kSingle, kDataLoss, kAnalysis, Scope::kMachineAndTrace, \ |
| "Failed to resolve V8 interned data."), \ |
| F(v8_isolate_has_no_code_range, \ |
| kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "V8 isolate had no code range. THis is currently no supported and means" \ |
| "we will be unable to parse JS code events for this isolate."), \ |
| F(v8_no_defaults, \ |
| kSingle, kDataLoss, kAnalysis, Scope::kMachineAndTrace, \ |
| "Failed to resolve V8 default data."), \ |
| F(v8_no_code_range, \ |
| kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "V8 isolate had no code range."), \ |
| F(v8_unknown_code_type, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, ""), \ |
| F(v8_code_load_missing_code_range, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "V8 load had no code range or an empty one. Event ignored."), \ |
| F(winscope_inputmethod_clients_parse_errors, \ |
| kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "InputMethod clients packet has unknown fields, which results in " \ |
| "some arguments missing. You may need a newer version of trace " \ |
| "processor to parse them."), \ |
| F(winscope_inputmethod_manager_service_parse_errors, \ |
| kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "InputMethod manager service packet has unknown fields, which results " \ |
| "in some arguments missing. You may need a newer version of trace " \ |
| "processor to parse them."), \ |
| F(winscope_inputmethod_service_parse_errors, \ |
| kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "InputMethod service packet has unknown fields, which results in " \ |
| "some arguments missing. You may need a newer version of trace " \ |
| "processor to parse them."), \ |
| F(winscope_sf_layers_parse_errors, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "SurfaceFlinger layers snapshot has unknown fields, which results in " \ |
| "some arguments missing. You may need a newer version of trace " \ |
| "processor to parse them."), \ |
| F(winscope_sf_transactions_parse_errors, \ |
| kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "SurfaceFlinger transactions packet has unknown fields, which results " \ |
| "in some arguments missing. You may need a newer version of trace " \ |
| "processor to parse them."), \ |
| F(winscope_shell_transitions_parse_errors, \ |
| kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "Shell transition packet has unknown fields, which results " \ |
| "in some arguments missing. You may need a newer version of trace " \ |
| "processor to parse them."), \ |
| F(winscope_protolog_invalid_interpolation_parse_errors, \ |
| kSingle, kInfo, kAnalysis, Scope::kMachineAndTrace, \ |
| "ProtoLog message string has invalid interplation parameter."), \ |
| F(winscope_protolog_missing_interned_arg_parse_errors, \ |
| kSingle, kInfo, kAnalysis, Scope::kMachineAndTrace, \ |
| "Failed to find interned ProtoLog argument."), \ |
| F(winscope_protolog_missing_interned_stacktrace_parse_errors, \ |
| kSingle, kInfo, kAnalysis, Scope::kMachineAndTrace, \ |
| "Failed to find interned ProtoLog stacktrace."), \ |
| F(winscope_protolog_message_decoding_failed, \ |
| kSingle, kInfo, kAnalysis, Scope::kMachineAndTrace, \ |
| "Failed to decode ProtoLog message."), \ |
| F(winscope_protolog_message_collision, \ |
| kSingle, kInfo, kAnalysis, Scope::kMachineAndTrace, \ |
| "Got a ProtoLog message collision!"), \ |
| F(winscope_protolog_message_collision_resolved, \ |
| kSingle, kInfo, kAnalysis, Scope::kMachineAndTrace, \ |
| "Got a ProtoLog message collision resolved!"), \ |
| F(winscope_protolog_group_tag_collision, \ |
| kSingle, kInfo, kAnalysis, Scope::kMachineAndTrace, \ |
| "Got a ProtoLog group tag collision!"), \ |
| F(winscope_protolog_group_tag_missing, \ |
| kSingle, kInfo, kAnalysis, Scope::kMachineAndTrace, \ |
| "Got a ProtoLog group tag missing!"), \ |
| F(winscope_protolog_param_mismatch, \ |
| kSingle, kInfo, kAnalysis, Scope::kMachineAndTrace, \ |
| "Message had mismatching parameters!"), \ |
| F(winscope_viewcapture_parse_errors, \ |
| kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "ViewCapture packet has unknown fields, which results in some " \ |
| "arguments missing. You may need a newer version of trace processor " \ |
| "to parse them."), \ |
| F(winscope_viewcapture_missing_interned_string_parse_errors, \ |
| kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "Failed to find interned ViewCapture string."), \ |
| F(winscope_windowmanager_parse_errors, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "WindowManager state packet has unknown fields, which results " \ |
| "in some arguments missing. You may need a newer version of trace " \ |
| "processor to parse them."), \ |
| F(jit_unknown_frame, kSingle, kDataLoss, kTrace, Scope::kMachineAndTrace, \ |
| "Indicates that we were unable to determine the function for a frame in "\ |
| "a jitted memory region"), \ |
| F(ftrace_missing_event_id, kSingle, kInfo, kAnalysis, Scope::kMachineAndTrace, \ |
| "Indicates that the ftrace event was dropped because the event id was " \ |
| "missing. This is an 'info' stat rather than an error stat because " \ |
| "this can be legitimately missing due to proto filtering."), \ |
| F(android_input_event_parse_errors, kSingle, kInfo, kAnalysis, Scope::kMachineAndTrace, \ |
| "Android input event packet has unknown fields, which results " \ |
| "in some arguments missing. You may need a newer version of trace " \ |
| "processor to parse them."), \ |
| F(mali_unknown_mcu_state_id, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "An invalid Mali GPU MCU state ID was detected."), \ |
| F(pixel_modem_negative_timestamp, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "A negative timestamp was received from a Pixel modem event."), \ |
| F(legacy_v8_cpu_profile_invalid_callsite, kSingle, kError, kTrace, Scope::kMachineAndTrace, \ |
| "Indicates a callsite in legacy v8 CPU profiling is invalid. This is " \ |
| "a sign that the trace is malformed."), \ |
| F(legacy_v8_cpu_profile_invalid_sample, kSingle, kError, kTrace, Scope::kMachineAndTrace, \ |
| "Indicates a sample in legacy v8 CPU profile is invalid. This will " \ |
| "cause CPU samples to be missing in the UI. This is a sign that the " \ |
| "trace is malformed."), \ |
| F(config_write_into_file_no_flush, kSingle, kError, kTrace, Scope::kMachineAndTrace, \ |
| "The trace was collected with the `write_into_file` option set but " \ |
| "*without* `flush_period_ms` being set. This will cause the trace to " \ |
| "be fully loaded into memory and use significantly more memory than " \ |
| "necessary."), \ |
| F(config_write_into_file_discard, kIndexed, kDataLoss, kTrace, Scope::kMachineAndTrace, \ |
| "The trace was collected with the `write_into_file` option set but " \ |
| "uses a `DISCARD` buffer. This configuration is strongly discouraged " \ |
| "and can cause mysterious data loss in the trace. Please use " \ |
| "`RING_BUFFER` buffers instead."), \ |
| F(hprof_string_counter, kSingle, kInfo, kAnalysis, Scope::kMachineAndTrace, \ |
| "Number of strings encountered."), \ |
| F(hprof_class_counter, kSingle, kInfo, kAnalysis, Scope::kMachineAndTrace, \ |
| "Number of classes encountered."), \ |
| F(hprof_heap_dump_counter, kSingle, kInfo, kAnalysis, Scope::kMachineAndTrace, \ |
| "Number of heap dumps encountered."), \ |
| F(hprof_instance_counter, kSingle, kInfo, kAnalysis, Scope::kMachineAndTrace, \ |
| "Number of instances encountered."), \ |
| F(hprof_object_array_counter, kSingle, kInfo, kAnalysis, Scope::kMachineAndTrace, \ |
| "Number of object arrays encountered."), \ |
| F(hprof_primitive_array_counter, kSingle, kInfo, kAnalysis, Scope::kMachineAndTrace, \ |
| "Number of primitive arrays encountered."), \ |
| F(hprof_root_counter, kSingle, kInfo, kAnalysis, Scope::kMachineAndTrace, \ |
| "Number of roots encountered."), \ |
| F(hprof_reference_counter, kSingle, kInfo, kAnalysis, Scope::kMachineAndTrace, \ |
| "Number of references encountered."), \ |
| F(hprof_record_counter, kSingle, kInfo, kAnalysis, Scope::kMachineAndTrace, \ |
| "Total number of records parsed."), \ |
| F(hprof_segment_overshoot_counter, kSingle, kInfo, kAnalysis, Scope::kMachineAndTrace, \ |
| "Number of HEAP_DUMP_SEGMENTs whose last sub-record extended past " \ |
| "the declared segment end. Benign: the sub-record's own length is " \ |
| "authoritative and the parser keeps going. Reported for visibility " \ |
| "into how a producer framed the dump."), \ |
| F(hprof_field_value_errors, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "Number of field value parsing errors. This indicates a malformed " \ |
| "hprof file. Check if the hprof opens correctly in a tool like " \ |
| "AHAT. Missing values could yield incorrect native object sizes."), \ |
| F(hprof_class_errors, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "Number of class parsing errors encountered. This indicates a " \ |
| "malformed hprof file. Check if the hprof opens correctly in a tool " \ |
| "like AHAT. Missing classes could cause missing references, thus " \ |
| "affecting the overall size of the heap graph."), \ |
| F(hprof_header_errors, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "Number of header parsing errors. This indicates a malformed hprof " \ |
| "file with invalid or missing header information. The file may be " \ |
| "corrupted or might not be a valid hprof file. There may not be any " \ |
| "heap graph data parsed."), \ |
| F(hprof_heap_dump_errors, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "Number of heap dump parsing errors. This indicates a malformed " \ |
| "hprof file with corrupted heap segments. Check if the hprof opens " \ |
| "correctly in a tool like AHAT. Missing heap dump sections can lead to " \ |
| "huge clusters of the heap graph missing, thus affecting the overall " \ |
| "size of the graph"), \ |
| F(hprof_primitive_array_parsing_errors, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "Number of primitive array parsing errors. This indicates a " \ |
| "malformed hprof file. Check if the hprof opens correctly in a tool " \ |
| "like AHAT. Primitive arrays like bytes[] missing can dramatically " \ |
| "affect the overall size of the heap graph."), \ |
| F(hprof_reference_errors, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "Number of object reference errors encountered. This indicates a " \ |
| "malformed hprof file. Check if the hprof opens correctly in a tool " \ |
| "like AHAT. Missing references will affect the overall size of the " \ |
| "heap graph."), \ |
| F(trace_sorter_negative_timestamp_dropped, kSingle, kError, kTrace, Scope::kGlobal, \ |
| "A negative timestamp was received by the TraceSorter and was dropped. " \ |
| "Negative timestamps are not supported by trace processor and " \ |
| "the presence of one is usually a sign that something went wrong while " \ |
| "recording a trace. Common causes of this include incorrect " \ |
| "incremental timestamps, bad clock synchronization or kernel bugs in " \ |
| "drivers emitting timestamps"), \ |
| F(slice_drop_overlapping_complete_event, kSingle, kError, kTrace, Scope::kMachineAndTrace, \ |
| "A complete slice was dropped because it overlaps with another " \ |
| "slice. This can happen e.g. in JSON traces using X events or in other " \ |
| "cases where a duration is part of the trace. To solve this problem " \ |
| "make sure that your X events do not overlap on the same track (e.g. " \ |
| "thread/process)"), \ |
| F(perf_text_importer_sample_no_frames, kSingle, kError, kTrace, Scope::kMachineAndTrace, \ |
| "A perf sample was encountered that has no frames. This can happen " \ |
| "if the kernel is unable to unwind the stack while sampling. Check " \ |
| "Linux kernel documentation for causes of this and potential fixes."), \ |
| F(simpleperf_missing_file_mapping, kSingle, kDataLoss, kTrace, Scope::kMachineAndTrace, \ |
| "One or more simpleperf samples were dropped because their callchain " \ |
| "entries referenced a file_id that has no corresponding File record in " \ |
| "the simpleperf proto. This typically happens when the simpleperf data " \ |
| "is incomplete or truncated, or due to a bug in simpleperf. Try " \ |
| "re-recording the profile and ensure the file is not truncated. If " \ |
| "this occurs consistently, please report it to the simpleperf team."), \ |
| F(slice_negative_duration, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "Number of slices dropped due to negative duration. This usually " \ |
| "indicates incorrect timestamps in the trace data."), \ |
| F(gpu_work_period_negative_duration, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "Number of GPU work period events with negative duration (end < start). "\ |
| "Check the GPU driver for timestamp bugs."), \ |
| F(track_descriptor_missing_uuid, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "A TrackDescriptor packet was received without a uuid field. The uuid " \ |
| "is required to uniquely identify tracks and associate events with " \ |
| "them. Without it, the track cannot be created and any events " \ |
| "referencing this track will be dropped. This indicates a bug in the " \ |
| "trace producer or trace conversion tool. Ensure your trace producer " \ |
| "or conversion tool assigns a unique uuid to each TrackDescriptor."), \ |
| F(track_descriptor_thread_missing_pid_tid, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "A ThreadDescriptor within a TrackDescriptor packet is missing " \ |
| "required pid or tid fields. Both fields are necessary to associate " \ |
| "the track with a specific thread. The track will be ignored and any " \ |
| "events on it will be dropped. This indicates a bug in the trace " \ |
| "producer or trace conversion tool. Ensure ThreadDescriptor packets " \ |
| "include both pid and tid fields."), \ |
| F(track_descriptor_process_missing_pid, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "A ProcessDescriptor within a TrackDescriptor packet is missing the " \ |
| "required pid field. The pid is necessary to associate the track with " \ |
| "a specific process. The track will be ignored and any events on it " \ |
| "will be dropped. This indicates a bug in the trace producer or trace " \ |
| "conversion tool. Ensure ProcessDescriptor packets include a valid " \ |
| "pid field."), \ |
| F(track_event_missing_sequence_id, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "A TrackEvent packet was received without a trusted_packet_sequence_id " \ |
| "field. This field is required for tracking incremental state (interned "\ |
| "data like strings, track associations, etc.). Without it, the event " \ |
| "cannot be properly decoded and will be dropped. This indicates a bug " \ |
| "in the trace producer or trace conversion tool. Ensure each packet " \ |
| "sequence has a unique trusted_packet_sequence_id."), \ |
| F(track_event_missing_timestamp, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "A TrackEvent packet was received without a valid timestamp. Events " \ |
| "must have either a timestamp_delta_us, timestamp_absolute_us, or the " \ |
| "containing TracePacket must have a timestamp field. Without a " \ |
| "timestamp, the event cannot be placed in the trace timeline and will " \ |
| "be dropped. This indicates a bug in the trace producer or trace " \ |
| "conversion tool, or data corruption. Ensure all events have valid " \ |
| "timestamps."), \ |
| F(thread_descriptor_missing_sequence_id, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "A ThreadDescriptor packet was received without a " \ |
| "trusted_packet_sequence_id field. This field is required to associate " \ |
| "the thread descriptor with the correct packet sequence for incremental "\ |
| "state tracking. Without it, delta-encoded timestamps and other " \ |
| "incremental data cannot be properly decoded. The descriptor will be " \ |
| "ignored. This indicates a bug in the trace producer or trace " \ |
| "conversion tool. Ensure ThreadDescriptor packets include " \ |
| "trusted_packet_sequence_id on all packets."), \ |
| F(incremental_state_cleared_missing_sequence_id, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "A packet with incremental_state_cleared set was received without " \ |
| "trusted_packet_sequence_id. This field is required to identify which " \ |
| "packet sequence's incremental state should be cleared. Without it, " \ |
| "incremental state cannot be properly managed and subsequent packets " \ |
| "may fail to decode. This indicates a bug in the trace producer or " \ |
| "trace conversion tool."), \ |
| F(previous_packet_dropped_missing_sequence_id, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "A packet with previous_packet_dropped set was received without " \ |
| "trusted_packet_sequence_id. This field is required to identify which " \ |
| "packet sequence experienced packet loss. Without it, packet loss " \ |
| "cannot be properly tracked and incremental state may become " \ |
| "corrupted. This indicates a bug in the trace producer or trace " \ |
| "conversion tool."), \ |
| F(trace_packet_defaults_missing_sequence_id, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "A TracePacketDefaults packet was received without " \ |
| "trusted_packet_sequence_id. This field is required to associate the " \ |
| "defaults with the correct packet sequence. Without it, the defaults " \ |
| "cannot be applied and subsequent packets may not decode correctly. " \ |
| "This indicates a bug in the trace producer or trace conversion tool."), \ |
| F(interned_data_missing_sequence_id, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "An InternedData packet was received without " \ |
| "trusted_packet_sequence_id. This field is required to associate " \ |
| "interned data (strings, tracks, etc.) with the correct packet " \ |
| "sequence. Without it, the interned data cannot be used and subsequent " \ |
| "packets will fail to decode. This indicates a bug in the trace " \ |
| "producer or trace conversion tool."), \ |
| F(track_event_track_hierarchy_loop, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "A track hierarchy loop was detected where a track is its own ancestor " \ |
| "through parent_uuid references. This creates a circular dependency " \ |
| "that cannot be resolved. The track will not be properly associated " \ |
| "with its ancestors. This indicates corrupted or malformed track " \ |
| "descriptors in the trace. Check that parent_uuid references form a " \ |
| "valid tree structure."), \ |
| F(track_event_track_hierarchy_too_deep, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "A track hierarchy exceeds the maximum depth of 100 ancestors. This " \ |
| "either indicates an extremely deep (and likely incorrect) track " \ |
| "structure, or a loop that wasn't detected. The track will not be " \ |
| "properly resolved. This indicates corrupted or malformed track " \ |
| "descriptors. Review the track parent_uuid relationships."), \ |
| F(track_descriptor_default_track_with_parent, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "A TrackDescriptor for the default track (uuid=0) specified a " \ |
| "parent_uuid. The default track is the root of the track hierarchy and " \ |
| "cannot have a parent. The descriptor is ignored. This is a bug in the " \ |
| "trace producer."), \ |
| F(track_descriptor_conflicting_reservation, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "A TrackDescriptor was received that conflicts with an earlier " \ |
| "descriptor for the same uuid. Track descriptors for the same uuid " \ |
| "must be consistent (same type, same parent, etc.). The conflicting " \ |
| "descriptor is ignored. This is a bug in the trace producer."), \ |
| F(track_event_range_of_interest_missing_start_us, kSingle, kError, kAnalysis, Scope::kMachineAndTrace,\ |
| "A TrackEventRangeOfInterest packet was received without the required " \ |
| "start_us field. The packet is ignored. This is a bug in the trace " \ |
| "producer."), \ |
| F(track_descriptor_invalid_child_ordering, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "A TrackDescriptor specified an invalid or unrecognized value for " \ |
| "child_tracks_ordering. The descriptor is ignored. This is a bug in " \ |
| "the trace producer."), \ |
| F(track_event_counter_missing_track_uuid, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "A TrackEvent with TYPE_COUNTER was received without a track_uuid " \ |
| "(neither in the event nor in TrackEventDefaults). Counter events " \ |
| "require a track_uuid to identify which counter track to use. The " \ |
| "event is dropped. This is a bug in the trace producer."), \ |
| F(track_event_counter_missing_value, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "A TrackEvent with TYPE_COUNTER was received without a counter value " \ |
| "(neither counter_value nor double_counter_value). Counter events " \ |
| "must specify a value. The event is dropped. This is a bug in the " \ |
| "trace producer."), \ |
| F(track_event_counter_invalid_track_uuid, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "A TrackEvent with TYPE_COUNTER specified a track_uuid that could not " \ |
| "be resolved or converted to an absolute counter value. The event is " \ |
| "dropped. This is a bug in the trace producer."), \ |
| F(track_event_extra_counter_missing_track_uuids, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "A TrackEvent specified extra counter values but did not provide the " \ |
| "corresponding extra_counter_track_uuids (neither in the event nor in " \ |
| "TrackEventDefaults). The event is dropped. This is a bug in the trace " \ |
| "producer."), \ |
| F(track_event_extra_counter_track_uuid_mismatch, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "A TrackEvent provided more extra counter values than " \ |
| "extra_counter_track_uuids. Arrays must have matching lengths. The " \ |
| "event is dropped. This is a bug in the trace producer."), \ |
| F(track_event_extra_counter_exceeds_max, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "A TrackEvent provided more extra counter values than the maximum " \ |
| "supported (TrackEventData::kMaxNumExtraCounters). Excess counters are " \ |
| "ignored. This is a bug in the trace producer."), \ |
| F(track_event_extra_counter_invalid_track, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "A TrackEvent specified an invalid track_uuid in " \ |
| "extra_counter_track_uuids that could not be resolved. The event is " \ |
| "dropped. This is a bug in the trace producer."), \ |
| F(thread_descriptor_skipped_incremental_state_invalid, kSingle, kError, \ |
| kAnalysis, Scope::kMachineAndTrace, \ |
| "A ThreadDescriptor packet was skipped because incremental state is " \ |
| "invalid. ThreadDescriptors are ignored until incremental state is " \ |
| "cleared to prevent incorrect delta-encoded timestamp calculations. " \ |
| "Root cause: packet loss in the trace (check packet loss stats) or a " \ |
| "bug in the trace producer (missing incremental_state_cleared)."), \ |
| F(track_event_skipped_timestamp_delta_without_valid_state, kSingle, kError, \ |
| kAnalysis, Scope::kMachineAndTrace, \ |
| "A TrackEvent with timestamp_delta_us was skipped because no valid " \ |
| "ThreadDescriptor baseline was available. Delta timestamps require a " \ |
| "ThreadDescriptor to establish a baseline. Root cause: packet loss in " \ |
| "the trace (check packet loss stats) or a bug in the trace producer " \ |
| "(missing ThreadDescriptor)."), \ |
| F(track_event_skipped_thread_time_delta_without_valid_state, kSingle, \ |
| kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "A TrackEvent with thread_time_delta_us was skipped because no valid " \ |
| "ThreadDescriptor baseline was available. Delta timestamps require a " \ |
| "ThreadDescriptor to establish a baseline. Root cause: packet loss in " \ |
| "the trace (check packet loss stats) or a bug in the trace producer " \ |
| "(missing ThreadDescriptor)."), \ |
| F(track_event_skipped_thread_instruction_delta_without_valid_state, kSingle, \ |
| kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "A TrackEvent with thread_instruction_count_delta was skipped because " \ |
| "no valid ThreadDescriptor baseline was available. Delta counts " \ |
| "require a ThreadDescriptor to establish a baseline. Root cause: " \ |
| "packet loss in the trace (check packet loss stats) or a bug in the " \ |
| "trace producer (missing ThreadDescriptor)."), \ |
| F(packet_skipped_seq_needs_incremental_state_invalid, kSingle, kInfo, \ |
| kAnalysis, Scope::kMachineAndTrace, \ |
| "A packet with SEQ_NEEDS_INCREMENTAL_STATE flag was skipped because " \ |
| "incremental state is invalid. Packets that depend on incremental " \ |
| "state cannot be processed until state is reestablished. Root cause: " \ |
| "packet loss in the trace (check packet loss stats) or a bug in the " \ |
| "trace producer (missing incremental_state_cleared packet)."), \ |
| F(interned_data_skipped_incremental_state_invalid, kSingle, kInfo, \ |
| kAnalysis, Scope::kMachineAndTrace, \ |
| "An InternedData packet was skipped because incremental state is " \ |
| "invalid. InternedData must be associated with the correct state " \ |
| "generation, so it's ignored until incremental state is cleared. Root " \ |
| "cause: packet loss in the trace (check packet loss stats) or a bug " \ |
| "in the trace producer (missing incremental_state_cleared packet)."), \ |
| F(heap_graph_non_finalized_graph, kSingle, kDataLoss, kTrace, Scope::kGlobal, \ |
| "Heap graph profile was not finalized before the trace ended. Packet " \ |
| "loss was detected (missing packet indices) which means the profile is " \ |
| "incomplete. Some objects and references may be missing from the heap " \ |
| "graph. This typically occurs when the profiled process crashes or is " \ |
| "killed before completing the profile. To get complete profiles, ensure "\ |
| "the process finishes cleanly or increase the profiling timeout."), \ |
| F(primes_unknown_edge_type, kSingle, kDataLoss, kAnalysis, Scope::kMachineAndTrace, \ |
| "A Primes TraceEdge was received which did not contain a known slice type "\ |
| "(Begin, End, Mark)."), \ |
| F(primes_executor_not_found, kSingle, kDataLoss, kAnalysis, Scope::kMachineAndTrace, \ |
| "A valid executor_id was not found for the given edge's parent_id, so the "\ |
| "slice was dropped."), \ |
| F(primes_end_without_matching_begin, kSingle, kInfo, kAnalysis, Scope::kMachineAndTrace, \ |
| "A SliceEnd event was seen without its corresponding SliceBegin."), \ |
| F(primes_missing_entity_details, kSingle, kInfo, kAnalysis, Scope::kMachineAndTrace, \ |
| "The entity_details field was missing from an edge that requires it."), \ |
| F(primes_missing_parent_id, kSingle, kInfo, kAnalysis, Scope::kMachineAndTrace, \ |
| "The parent_id field was missing from an edge that requires it."), \ |
| F(primes_malformed_timestamp, kSingle, kDataLoss, kAnalysis, Scope::kMachineAndTrace, \ |
| "The timestamp for an edge or trace was not able to be parsed"), \ |
| F(protovm_abort, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "A ProtoVM instance aborted the execution while applying the patch. " \ |
| "This might be due to inconsistencies between VM program logic and " \ |
| "actual patch format."), \ |
| F(protovm_registration_error, kSingle, kError, kAnalysis, Scope::kMachineAndTrace, \ |
| "Failed to find the sequence IDs corresponding to a ProtoVM's producer " \ |
| "ID. Such mapping should be provided by the TraceProvenance packet.") |
| // clang-format on |
| |
| enum Type { |
| kSingle, // Single-value property, one value per key. |
| kIndexed // Indexed property, multiple value per key (e.g. cpu_stats[1]). |
| }; |
| |
| enum Severity { |
| kInfo, // Diagnostic counters |
| kDataLoss, // Correct operation that still resulted in data loss |
| kError, // If any kError counter is > 0 trace_processor_shell will |
| // raise an error. This is also surfaced in the web UI. |
| kNumSeverities, |
| }; |
| |
| enum Source { |
| // The counter is collected when recording the trace on-device and is just |
| // being reflected in the stats table. |
| kTrace, |
| |
| // The counter is generated when importing / processing the trace in the trace |
| // processor. |
| kAnalysis, |
| |
| kNumSources, |
| }; |
| |
| // Scope of a stat defines its association within a potentially |
| // multi-machine/multi-trace merged session. |
| // |
| // Classification Reasoning: |
| // - kGlobal: Properties intrinsic to the TP process (e.g. parse timing). |
| // - kTrace: Properties of a recording session or trace file, not tied to a |
| // specific machine (e.g. traced service stats, buffer stats). |
| // - kMachine: Static properties of a device. Currently unused for stats. |
| // - kMachineAndTrace: Per-machine execution data within a specific session |
| // (e.g. ftrace stats, parser errors, clock sync). |
| #define PERFETTO_TP_STATS_SCOPES(F) \ |
| F(kGlobal, "global"), F(kTrace, "trace"), F(kMachine, "machine"), \ |
| F(kMachineAndTrace, "machine_and_trace") |
| |
| #define PERFETTO_TP_STATS_SCOPE_ENUM(varname, name) varname |
| enum class Scope : size_t { |
| PERFETTO_TP_STATS_SCOPES(PERFETTO_TP_STATS_SCOPE_ENUM), |
| kNumScopes, |
| }; |
| |
| #define PERFETTO_TP_STATS_SCOPE_NAME(varname, name) name |
| constexpr char const* kScopeNames[] = { |
| PERFETTO_TP_STATS_SCOPES(PERFETTO_TP_STATS_SCOPE_NAME)}; |
| |
| #if defined(__GNUC__) || defined(__clang__) |
| #if defined(__clang__) |
| #pragma clang diagnostic push |
| // Fix 'error: #pragma system_header ignored in main file' for clang in Google3. |
| #pragma clang diagnostic ignored "-Wpragma-system-header-outside-header" |
| #endif |
| |
| // Ignore GCC warning about a missing argument for a variadic macro parameter. |
| #pragma GCC system_header |
| |
| #if defined(__clang__) |
| #pragma clang diagnostic pop |
| #endif |
| #endif |
| |
| // Declares an enum of literals (one for each stat). The enum values of each |
| // literal corresponds to the string index in the arrays below. |
| #define PERFETTO_TP_STATS_ENUM(name, ...) name |
| enum KeyIDs : size_t { PERFETTO_TP_STATS(PERFETTO_TP_STATS_ENUM), kNumKeys }; |
| |
| // The code below declares an array for each property (name, type, ...). |
| |
| #define PERFETTO_TP_STATS_NAME(name, ...) #name |
| constexpr char const* kNames[] = {PERFETTO_TP_STATS(PERFETTO_TP_STATS_NAME)}; |
| |
| #define PERFETTO_TP_STATS_TYPE(_, type, ...) type |
| constexpr Type kTypes[] = {PERFETTO_TP_STATS(PERFETTO_TP_STATS_TYPE)}; |
| |
| #define PERFETTO_TP_STATS_SEVERITY(_, __, severity, ...) severity |
| constexpr Severity kSeverities[] = { |
| PERFETTO_TP_STATS(PERFETTO_TP_STATS_SEVERITY)}; |
| |
| #define PERFETTO_TP_STATS_SOURCE(_, __, ___, source, ...) source |
| constexpr Source kSources[] = {PERFETTO_TP_STATS(PERFETTO_TP_STATS_SOURCE)}; |
| |
| #define PERFETTO_TP_STATS_SCOPE(_, __, ___, ____, scope, ...) scope |
| constexpr Scope kScopes[] = {PERFETTO_TP_STATS(PERFETTO_TP_STATS_SCOPE)}; |
| |
| #define PERFETTO_TP_STATS_DESCRIPTION(_, __, ___, ____, _____, descr, ...) descr |
| constexpr char const* kDescriptions[] = { |
| PERFETTO_TP_STATS(PERFETTO_TP_STATS_DESCRIPTION)}; |
| |
| } // namespace perfetto::trace_processor::stats |
| |
| #endif // SRC_TRACE_PROCESSOR_STORAGE_STATS_H_ |
