WARNING: channel traffic.B[0] lacks connection to a producer.
WARNING: channel traffic.B[1] lacks connection to a producer.
WARNING: channel traffic.S lacks connection to a producer.
---- END CREATE WARNINGS ---

Persistent Object Manager text dump: 
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In module created from: ##FILE## (unrolled) (created)
In namespace "", we have: {
  0 parameter-collections
  1 instantiation-collections
  0 sub-namespaces
  1 definitions
  0 typedefs
  Definitions:
    merge = process-definition (defined) merge(
        chan?(bool<>) B[0..1]
        chan?(int<1>) S
      )
      In definition "merge", we have: {
      Instances:
        B = chan?(bool<>) merge::B^1
        S = chan?(int<1>) merge::S
        b = bool<> merge::b
        s = int<1> merge::s
      unroll sequence: 
        ports: (
          chan?(bool<>) B[0..1]
          chan?(int<1>) S
        )
        bool<> b
        int<1> s
      chp:
        concurrent: {
          *[
            sequential: {
              S?(s)
              B[s]?(b)
            }
          ]
        }
      footprint: {
        B = channel chan?(bool<>)^1
          {
            [0] = merge<>::B[0] (2) 
            [1] = merge<>::B[1] (3) 
          }
        S = channel chan?(int<1>)^0 = merge<>::S (1) 
        b = bool^0 = merge<>::b (1) 
        s = int<1>^0 = merge<>::s (1) 
        Created state:
        channel instance pool:
        1	merge<>::S
        2	merge<>::B[0]
        3	merge<>::B[1]
        int instance pool:
        1	merge<>::s
        bool instance pool:
        1	merge<>::b
        resolved concurrent actions:
          *[
            sequential: {
              S?(s)
              B[s]?(b)
            }
          ]
        chp events: {
          event[0]: receive: S?(s), #pred: 1, succ: 1 
          event[1]: receive: B[s]?(b), #pred: 1, succ: 0 
        }
      }
      }

  Instances:
    traffic = merge<> traffic
}

footprint: {
  traffic = process merge<>^0 = traffic (1) (
    B = channel chan?(bool<>)^1
      {
        [0] = traffic.B[0] (1) 
        [1] = traffic.B[1] (2) 
      }
    S = channel chan?(int<1>)^0 = traffic.S (3) 
  )
  Created state:
  process instance pool:
  1	traffic
  channel instance pool:
  1	traffic.B[0]
  2	traffic.B[1]
  3	traffic.S
}
