tests/data/ctf-traces/live/new-streams/second-trace.mctf

   1 --- metadata
   2 /* CTF 1.8 */
   3
   4 typealias integer { size = 8; align = 8; signed = false; } := uint8_t;
   5
   6 trace {
   7         major = 1;
   8         minor = 8;
   9         byte_order = le;
  10 };
  11
  12 clock {
  13         name = cycle_counter_test;
  14         uuid = "5b59e7db-5e49-418a-9adf-e1adfdf571c4";
  15         freq = 1000000000;
  16 };
  17
  18 typealias integer { size = 8; align = 8; signed = false; map = clock.cycle_counter_test.value; } := cc_count_t;
  19
  20 struct packet_context {
  21         cc_count_t timestamp_begin;
  22         cc_count_t timestamp_end;
  23         uint8_t content_size;
  24         uint8_t packet_size;
  25 };
  26
  27 struct event_header {
  28         uint8_t id;
  29         cc_count_t timestamp;
  30 };
  31
  32 stream {
  33         event.header := struct event_header;
  34         packet.context := struct packet_context;
  35 };
  36
  37 event {
  38         name = "second_trace_event";
  39         id = 0;
  40         fields := struct {
  41                 uint8_t value;
  42         };
  43 };
  44
  45 --- second_trace_stream_0
  46 !macro packet(ts_beg, event_id)
  47   <beg>
  48   [         ts_beg : 8] # timestamp begin
  49   [     ts_beg + 1 : 8] # timestamp end
  50   [8 * (end - beg) : 8] # content size in bits
  51   [8 * (end - beg) : 8] # packet size in bits
  52
  53   [       event_id : 8] # event id
  54   [         ts_beg : 8] # timestamp
  55   [            123 : 8] # value field
  56   <end>
  57 !end
  58
  59 { p1_s0_ts = 110 }
  60 { p2_s0_ts = 120 }
  61
  62 <p1_s0>
  63 m:packet(p1_s0_ts, 0)
  64 <p1_s0_end>
  65
  66 <p2_s0>
  67 m:packet(p2_s0_ts, 0)
  68 <p2_s0_end>
  69
  70 --- index/second_trace_stream_0.idx
  71 !be
  72
  73 [0xC1F1DCC1 : 32] # Magic number
  74 [         1 : 32] # Major
  75 [         0 : 32] # Minor
  76 [        56 : 32] # Index entry size (56 bytes)
  77
  78 # Packet 1
  79 !macro entry(beg_label, end_label, ts_beg)
  80   [                  beg_label : 64] # offset in bytes
  81   [8 * (end_label - beg_label) : 64] # total size in bits
  82   [8 * (end_label - beg_label) : 64] # content size in bits
  83   [                     ts_beg : 64] # timestamp begin
  84   [                 ts_beg + 1 : 64] # timestamp end
  85   [                          0 : 64] # events discarded
  86   [                          0 : 64] # stream class id
  87 !end
  88
  89 m:entry(p1_s0, p1_s0_end, p1_s0_ts)
  90 m:entry(p2_s0, p2_s0_end, p2_s0_ts)