1 2 syntax = "proto2"; 3 4 option java_package = "com.google.common.logging"; 5 6 option optimize_for = LITE_RUNTIME; 7 8 package wireless_android_play_playlog; 9 10 // An entry of the map from a stack of addresses to count. 11 // Address here is the offset of the instruction address to the load address 12 // of the load_module. 13 message AddressSample { 14 // List of addresses that represents a call stack. 15 // address[0] is the leaf of the call stack. 16 repeated uint64 address = 1; 17 18 // List of load_module_ids that represents a call stack. 19 // load_module_id[0] is the leaf of the call stack. 20 // This field can be set as empty if all frame share the same load_module_id 21 // with LoadModuleSamples.load_module_id. 22 repeated int32 load_module_id = 2; 23 24 // Total count that the address/address_range is sampled. 25 optional int64 count = 3; 26 }; 27 28 // An entry of the map from address_range to count. 29 // [start, end] represents the range of addresses, end->to represents the 30 // taken branch that ends the range. 31 message RangeSample { 32 // Start instruction address of a range. 33 optional uint64 start = 1; 34 35 // If "end" and "to" is not provided, "start" represents a single instruction. 36 optional uint64 end = 2; 37 optional uint64 to = 3; 38 39 // Total count that the address/address_range is sampled. 40 optional int64 count = 4; 41 }; 42 43 // A load module. 44 message LoadModule { 45 // Name of the load_module. 46 optional string name = 1; 47 48 // LoadModule's linker build_id. 49 optional string build_id = 2; 50 51 // On-device symbolized entries. 52 repeated string symbol = 3; 53 } 54 55 // All samples for a load_module. 56 message LoadModuleSamples { 57 optional int32 load_module_id = 1; 58 59 // Map from a stack of addresses to count. 60 repeated AddressSample address_samples = 2; 61 62 // Map from a range triplet (start, end, to) to count. 63 repeated RangeSample range_samples = 3; 64 } 65 66 // A table of program names. 67 message ProcessNames { 68 repeated string name = 1; 69 } 70 71 // All samples for a program. 72 message ProgramSamples { 73 // Name of the program. 74 optional string name = 1; 75 76 // Load module profiles. 77 repeated LoadModuleSamples modules = 2; 78 79 // Index into ProcessNames for the name of the process. 80 optional uint32 process_name_id = 3; 81 } 82 83 // A compressed representation of a perf profile, which contains samples from 84 // multiple binaries. 85 message AndroidPerfProfile { 86 87 // Type of the hardware event. 88 enum EventType { 89 CYCLE = 0; 90 BRANCH = 1; 91 } 92 // Hardware event used in profiling. 93 optional EventType event = 1; 94 95 // Total number of samples in this profile. 96 // This is the sum of counts of address_samples and range_samples in all 97 // load_module_samples. 98 optional int64 total_samples = 2; 99 100 // Samples for all profiled programs. 101 repeated ProgramSamples programs = 3; 102 103 // List of all load modules. 104 repeated LoadModule load_modules = 4; 105 106 // Table of process names. 107 optional ProcessNames process_names = 11; 108 109 // is device screen on at point when profile is collected? 110 optional bool display_on = 5; 111 112 // system load at point when profile is collected; corresponds 113 // to first value from /proc/loadavg multiplied by 100 then 114 // converted to int32 115 optional int32 sys_load_average = 6; 116 117 // At the point when the profile was collected, was a camera active? 118 optional bool camera_active = 7; 119 120 // At the point when the profile was collected, was the device still booting? 121 optional bool booting = 8; 122 123 // At the point when the profile was collected, was the device plugged into 124 // a charger? 125 optional bool on_charger = 9; 126 127 // CPU utilization measured prior to profile collection (expressed as 128 // 100 minus the idle percentage). 129 optional int32 cpu_utilization = 10; 130 131 } 132
