# Sequence 1 defaults to track for "t1".
packet {
  trusted_packet_sequence_id: 1
  timestamp: 0
  incremental_state_cleared: true
  track_descriptor {
    uuid: 1
    parent_uuid: 10
    thread {
      pid: 5
      tid: 1
      thread_name: "t1"
    }
  }
  trace_packet_defaults {
    track_event_defaults {
      track_uuid: 1
    }
  }
}
# Sequence 2 defaults to track for "t2".
packet {
  trusted_packet_sequence_id: 2
  timestamp: 0
  incremental_state_cleared: true
  track_descriptor {
    uuid: 2
    parent_uuid: 10
    thread {
      pid: 5
      tid: 2
      thread_name: "t2"
    }
  }
  trace_packet_defaults {
    track_event_defaults {
      track_uuid: 2
    }
  }
}
# Both thread tracks are nested underneath this process track.
packet {
  trusted_packet_sequence_id: 1
  timestamp: 0
  track_descriptor {
    uuid: 10
    process {
      pid: 5
      process_name: "p1"
    }
  }
}
# And we have an async track underneath the process too.
packet {
  trusted_packet_sequence_id: 1
  timestamp: 0
  track_descriptor {
    uuid: 11
    parent_uuid: 10
    name: "async"
  }
}

# ----------------------
# Slices
# ----------------------

# First we create an event with no relationships just a single event on a track
# by it self. For both threads and async track.
#
# t1    |----------|
# ---------------------
# t2       |-----|
# --------------------
# async |-------------|

# Should appear on default track "t1".
packet {
  trusted_packet_sequence_id: 1
  timestamp: 1000
  track_event {
    categories: "cat"
    name: "event1_on_t1_no_relationships"
    type: 1
  }
}
packet {
  trusted_packet_sequence_id: 1
  timestamp: 4000
  track_event {
    categories: "cat"
    name: "event1_on_t1_no_relationships"
    type: 2
  }
}
# Should appear on default track "t2".
packet {
  trusted_packet_sequence_id: 2
  timestamp: 2000
  track_event {
    categories: "cat"
    name: "event1_on_t2_no_relationships"
    type: 1
  }
}
packet {
  trusted_packet_sequence_id: 2
  timestamp: 3000
  track_event {
    categories: "cat"
    name: "event1_on_t2_no_relationships"
    type: 2
  }
}
# Should appear on async track.
packet {
  trusted_packet_sequence_id: 1
  timestamp: 1000
  track_event {
    track_uuid: 11
    categories: "cat"
    name: "event1_on_async_no_relationships"
    type: 1
  }
}
packet {
  trusted_packet_sequence_id: 1
  timestamp: 5000
  track_event {
    track_uuid: 11
    categories: "cat"
    name: "event1_on_async_no_relationships"
    type: 2
  }
}

# Next we create stacks of various depths for the different tracks.
# t1     |--------|
#           |---|
# ---------------------------------
# t2                  |-------------------|
#                         |---|   |-----|
#                           |       |-|
# ---------------------------------
# async  |----------------------|
#                 |-----------|

# Should appear on default track "t1".
packet {
  trusted_packet_sequence_id: 1
  timestamp: 6000
  track_event {
    categories: "cat"
    name: "event2_depth_0_on_t1"
    type: 1
  }
}
packet {
  trusted_packet_sequence_id: 1
  timestamp: 7000
  track_event {
    categories: "cat"
    name: "event2_depth_1_on_t1"
    type: 1
  }
}
packet {
  trusted_packet_sequence_id: 1
  timestamp: 8000
  track_event {
    categories: "cat"
    name: "event2_depth_1_on_t1"
    type: 2
  }
}
packet {
  trusted_packet_sequence_id: 1
  timestamp: 9000
  track_event {
    categories: "cat"
    name: "event2_depth_0_on_t1"
    type: 2
  }
}

# Should appear on default track "t2".
packet {
  trusted_packet_sequence_id: 1
  timestamp: 10000
  track_event {
    categories: "cat"
    name: "event2_depth_0_on_t2"
    type: 1
  }
}
packet {
  trusted_packet_sequence_id: 1
  timestamp: 11000
  track_event {
    categories: "cat"
    name: "event2_first_depth_1_on_t2"
    type: 1
  }
}
packet {
  trusted_packet_sequence_id: 1
  timestamp: 12000
  track_event {
    categories: "cat"
    name: "event2_first_depth_2_on_t2"
    type: 3
  }
}
packet {
  trusted_packet_sequence_id: 1
  timestamp: 13000
  track_event {
    categories: "cat"
    name: "event2_first_depth_1_on_t2"
    type: 2
  }
}
packet {
  trusted_packet_sequence_id: 1
  timestamp: 15000
  track_event {
    categories: "cat"
    name: "event2_second_depth_1_on_t2"
    type: 1
  }
}
packet {
  trusted_packet_sequence_id: 1
  timestamp: 16000
  track_event {
    categories: "cat"
    name: "event2_second_depth_2_on_t2"
    type: 1
  }
}
packet {
  trusted_packet_sequence_id: 1
  timestamp: 17000
  track_event {
    categories: "cat"
    name: "event2_second_depth_2_on_t2"
    type: 2
  }
}
packet {
  trusted_packet_sequence_id: 1
  timestamp: 18000
  track_event {
    categories: "cat"
    name: "event2_second_depth_1_on_t2"
    type: 2
  }
}
packet {
  trusted_packet_sequence_id: 1
  timestamp: 19000
  track_event {
    categories: "cat"
    name: "event2_depth_0_on_t2"
    type: 2
  }
}
# Should appear on async track.
packet {
  trusted_packet_sequence_id: 1
  timestamp: 6000
  track_event {
    track_uuid: 11
    categories: "cat"
    name: "event2_on_async_depth_0"
    type: 1
  }
}
packet {
  trusted_packet_sequence_id: 1
  timestamp: 9000
  track_event {
    track_uuid: 11
    categories: "cat"
    name: "event2_on_async_depth_1"
    type: 1
  }
}
packet {
  trusted_packet_sequence_id: 1
  timestamp: 13000
  track_event {
    track_uuid: 11
    categories: "cat"
    name: "event1_on_async_depth_1"
    type: 2
  }
}
packet {
  trusted_packet_sequence_id: 1
  timestamp: 14000
  track_event {
    track_uuid: 11
    categories: "cat"
    name: "event2_on_async_depth_0"
    type: 2
  }
}