pcp-testsuite 3.9.10 / var / lib / pcp / testsuite / 523.out.1

QA output created by 523
initMetric: sampledso.colour from vm00: instance domain specinst=0
  indom[0] 0 "red"
  indom[1] 1 "green"
  indom[2] 2 "blue"
findFetch: fetch=ADDR000 host=ADDR001 delta=2.000000 handle=0
Rule: vm00
Expr dump @ ADDR002
  op=1 (<fetch node>) arg1=(nil) arg2=(nil) parent=(nil)
  eval=cndFetch_all metrics=ADDR003 ring=ADDR004
  valid=0 cardinality[H,I,T]=[1,3,1] tspan=3
  nsmpls=1 nvals=3 sem=INSTANT units=

Rule: vm01
Expr dump @ ADDR005
  op=1 (<fetch node>) arg1=(nil) arg2=(nil) parent=(nil)
  eval=cndFetch_all metrics=ADDR006 ring=ADDR007
  valid=0 cardinality[H,I,T]=[1,3,1] tspan=3
  nsmpls=1 nvals=3 sem=INSTANT units=

Rule: vm02
Expr dump @ ADDR008
  op=1 (<fetch node>) arg1=(nil) arg2=(nil) parent=(nil)
  eval=cndFetch_all metrics=ADDR009 ring=ADDR010
  valid=0 cardinality[H,I,T]=[1,3,1] tspan=3
  nsmpls=1 nvals=3 sem=INSTANT units=

Rule: vm03
Expr dump @ ADDR011
  op=1 (<fetch node>) arg1=(nil) arg2=(nil) parent=(nil)
  eval=cndFetch_all metrics=ADDR012 ring=ADDR013
  valid=0 cardinality[H,I,T]=[1,3,1] tspan=3
  nsmpls=1 nvals=3 sem=INSTANT units=

Rule: expr_1
Expr dump @ ADDR014
  op=0 (->) arg1=ADDR015 arg2=ADDR016 parent=(nil)
  eval=rule metrics=ADDR017 ring=ADDR018
  valid=0 cardinality[H,I,T]=[-1,-1,-1] tspan=1
  nsmpls=1 nvals=1 sem=TRUTH units=
.. Expr dump @ ADDR015
..   op=34 (>) arg1=ADDR019 arg2=ADDR020 parent=ADDR014
..   eval=cndGt_1_1 metrics=ADDR017 ring=ADDR021
..   valid=0 cardinality[H,I,T]=[1,1,-1] tspan=1
..   nsmpls=1 nvals=1 sem=TRUTH units=
.. .. Expr dump @ ADDR019
.. ..   op=21 (min_sample) arg1=ADDR022 arg2=(nil) parent=ADDR015
.. ..   eval=cndMin_time metrics=ADDR017 ring=ADDR023
.. ..   valid=0 cardinality[H,I,T]=[1,1,-1] tspan=1
.. ..   nsmpls=1 nvals=1 sem=INSTANT units=
.. .. .. Expr dump @ ADDR022
.. .. ..   op=1 (<fetch node>) arg1=(nil) arg2=(nil) parent=ADDR019
.. .. ..   eval=cndFetch_n metrics=ADDR017 ring=ADDR024
.. .. ..   valid=0 cardinality[H,I,T]=[1,1,3] tspan=1
.. .. ..   nsmpls=3 nvals=3 sem=INSTANT units=
.. .. Expr dump @ ADDR020
.. ..   op=80 (<nop node>) arg1=(nil) arg2=(nil) parent=ADDR015
.. ..   eval=(nil)() metrics=(nil) ring=ADDR025
.. ..   valid=1 cardinality[H,I,T]=[-1,-1,-1] tspan=1
.. ..   nsmpls=1 nvals=1 sem=NUMCONST units=
.. ..   smpls[0].ptr ADDR025 0
.. Expr dump @ ADDR016
..   op=75 (print) arg1=ADDR026 arg2=(nil) parent=ADDR014
..   eval=actFake metrics=(nil) ring=ADDR027
..   valid=0 cardinality[H,I,T]=[-1,-1,-1] tspan=1
..   nsmpls=1 nvals=1 sem=TRUTH units=
.. .. Expr dump @ ADDR026
.. ..   op=76 (<action arg node>) arg1=ADDR028 arg2=(nil) parent=ADDR016
.. ..   eval=actArg metrics=(nil) ring=ADDR029
.. ..   valid=0 cardinality[H,I,T]=[-1,1,-1] tspan=1
.. ..   nsmpls=1 nvals=1 sem=CHAR units=
.. .. .. Expr dump @ ADDR028
.. .. ..   op=80 (<nop node>) arg1=ADDR030 arg2=(nil) parent=ADDR026
.. .. ..   eval=(nil)() metrics=(nil) ring=ADDR031
.. .. ..   valid=1 cardinality[H,I,T]=[0,0,0] tspan=11
.. .. ..   nsmpls=1 nvals=1 sem=CHAR units=
.. .. ..   smpls[0].ptr ADDR031 "min_sample:"
.. .. .. .. Expr dump @ ADDR030
.. .. .. ..   op=80 (<nop node>) arg1=(nil) arg2=(nil) parent=ADDR028
.. .. .. ..   eval=(nil)() metrics=(nil) ring=ADDR032
.. .. .. ..   valid=1 cardinality[H,I,T]=[0,0,0] tspan=12
.. .. .. ..   nsmpls=1 nvals=1 sem=CHAR units=
.. .. .. ..   smpls[0].ptr ADDR032 " @%h [%i] %v"

Rule: expr_2
Expr dump @ ADDR033
  op=0 (->) arg1=ADDR034 arg2=ADDR035 parent=(nil)
  eval=rule metrics=ADDR036 ring=ADDR037
  valid=0 cardinality[H,I,T]=[-1,-1,-1] tspan=1
  nsmpls=1 nvals=1 sem=TRUTH units=
.. Expr dump @ ADDR034
..   op=34 (>) arg1=ADDR038 arg2=ADDR039 parent=ADDR033
..   eval=cndGt_n_1 metrics=ADDR036 ring=ADDR040
..   valid=0 cardinality[H,I,T]=[1,-1,1] tspan=1
..   nsmpls=1 nvals=1 sem=TRUTH units=
.. .. Expr dump @ ADDR038
.. ..   op=20 (min_inst) arg1=ADDR041 arg2=(nil) parent=ADDR034
.. ..   eval=cndMin_inst metrics=ADDR036 ring=ADDR042
.. ..   valid=0 cardinality[H,I,T]=[1,-1,1] tspan=1
.. ..   nsmpls=1 nvals=1 sem=INSTANT units=
.. .. .. Expr dump @ ADDR041
.. .. ..   op=1 (<fetch node>) arg1=(nil) arg2=(nil) parent=ADDR038
.. .. ..   eval=cndFetch_all metrics=ADDR036 ring=ADDR043
.. .. ..   valid=0 cardinality[H,I,T]=[1,3,1] tspan=3
.. .. ..   nsmpls=1 nvals=3 sem=INSTANT units=
.. .. Expr dump @ ADDR039
.. ..   op=80 (<nop node>) arg1=(nil) arg2=(nil) parent=ADDR034
.. ..   eval=(nil)() metrics=(nil) ring=ADDR044
.. ..   valid=1 cardinality[H,I,T]=[-1,-1,-1] tspan=1
.. ..   nsmpls=1 nvals=1 sem=NUMCONST units=
.. ..   smpls[0].ptr ADDR044 0
.. Expr dump @ ADDR035
..   op=75 (print) arg1=ADDR045 arg2=(nil) parent=ADDR033
..   eval=actFake metrics=(nil) ring=ADDR046
..   valid=0 cardinality[H,I,T]=[-1,-1,-1] tspan=1
..   nsmpls=1 nvals=1 sem=TRUTH units=
.. .. Expr dump @ ADDR045
.. ..   op=76 (<action arg node>) arg1=ADDR047 arg2=(nil) parent=ADDR035
.. ..   eval=actArg metrics=(nil) ring=ADDR048
.. ..   valid=0 cardinality[H,I,T]=[-1,1,-1] tspan=1
.. ..   nsmpls=1 nvals=1 sem=CHAR units=
.. .. .. Expr dump @ ADDR047
.. .. ..   op=80 (<nop node>) arg1=ADDR049 arg2=(nil) parent=ADDR045
.. .. ..   eval=(nil)() metrics=(nil) ring=ADDR050
.. .. ..   valid=1 cardinality[H,I,T]=[0,0,0] tspan=9
.. .. ..   nsmpls=1 nvals=1 sem=CHAR units=
.. .. ..   smpls[0].ptr ADDR050 "min_inst:"
.. .. .. .. Expr dump @ ADDR049
.. .. .. ..   op=80 (<nop node>) arg1=(nil) arg2=(nil) parent=ADDR047
.. .. .. ..   eval=(nil)() metrics=(nil) ring=ADDR051
.. .. .. ..   valid=1 cardinality[H,I,T]=[0,0,0] tspan=12
.. .. .. ..   nsmpls=1 nvals=1 sem=CHAR units=
.. .. .. ..   smpls[0].ptr ADDR051 " @%h [%i] %v"

Rule: expr_3
Expr dump @ ADDR052
  op=0 (->) arg1=ADDR053 arg2=ADDR054 parent=(nil)
  eval=rule metrics=ADDR055 ring=ADDR056
  valid=0 cardinality[H,I,T]=[-1,-1,-1] tspan=1
  nsmpls=1 nvals=1 sem=TRUTH units=
.. Expr dump @ ADDR053
..   op=34 (>) arg1=ADDR057 arg2=ADDR058 parent=ADDR052
..   eval=cndGt_1_1 metrics=ADDR055 ring=ADDR059
..   valid=0 cardinality[H,I,T]=[-1,-1,1] tspan=1
..   nsmpls=1 nvals=1 sem=TRUTH units=
.. .. Expr dump @ ADDR057
.. ..   op=19 (min_host) arg1=ADDR060 arg2=(nil) parent=ADDR053
.. ..   eval=cndMin_host metrics=ADDR055 ring=ADDR061
.. ..   valid=0 cardinality[H,I,T]=[-1,-1,1] tspan=1
.. ..   nsmpls=1 nvals=1 sem=INSTANT units=
.. .. .. Expr dump @ ADDR060
.. .. ..   op=1 (<fetch node>) arg1=(nil) arg2=(nil) parent=ADDR057
.. .. ..   eval=cndFetch_n metrics=ADDR055 ring=ADDR062
.. .. ..   valid=0 cardinality[H,I,T]=[4,4,1] tspan=4
.. .. ..   nsmpls=1 nvals=4 sem=INSTANT units=
.. .. Expr dump @ ADDR058
.. ..   op=80 (<nop node>) arg1=(nil) arg2=(nil) parent=ADDR053
.. ..   eval=(nil)() metrics=(nil) ring=ADDR063
.. ..   valid=1 cardinality[H,I,T]=[-1,-1,-1] tspan=1
.. ..   nsmpls=1 nvals=1 sem=NUMCONST units=
.. ..   smpls[0].ptr ADDR063 0
.. Expr dump @ ADDR054
..   op=75 (print) arg1=ADDR064 arg2=(nil) parent=ADDR052
..   eval=actFake metrics=(nil) ring=ADDR065
..   valid=0 cardinality[H,I,T]=[-1,-1,-1] tspan=1
..   nsmpls=1 nvals=1 sem=TRUTH units=
.. .. Expr dump @ ADDR064
.. ..   op=76 (<action arg node>) arg1=ADDR066 arg2=(nil) parent=ADDR054
.. ..   eval=actArg metrics=(nil) ring=ADDR067
.. ..   valid=0 cardinality[H,I,T]=[-1,1,-1] tspan=1
.. ..   nsmpls=1 nvals=1 sem=CHAR units=
.. .. .. Expr dump @ ADDR066
.. .. ..   op=80 (<nop node>) arg1=ADDR068 arg2=(nil) parent=ADDR064
.. .. ..   eval=(nil)() metrics=(nil) ring=ADDR069
.. .. ..   valid=1 cardinality[H,I,T]=[0,0,0] tspan=9
.. .. ..   nsmpls=1 nvals=1 sem=CHAR units=
.. .. ..   smpls[0].ptr ADDR069 "min_host:"
.. .. .. .. Expr dump @ ADDR068
.. .. .. ..   op=80 (<nop node>) arg1=(nil) arg2=(nil) parent=ADDR066
.. .. .. ..   eval=(nil)() metrics=(nil) ring=ADDR070
.. .. .. ..   valid=1 cardinality[H,I,T]=[0,0,0] tspan=12
.. .. .. ..   nsmpls=1 nvals=1 sem=CHAR units=
.. .. .. ..   smpls[0].ptr ADDR070 " @%h [%i] %v"

Rule: expr_4
Expr dump @ ADDR071
  op=0 (->) arg1=ADDR072 arg2=ADDR073 parent=(nil)
  eval=rule metrics=ADDR074 ring=ADDR075
  valid=0 cardinality[H,I,T]=[-1,-1,-1] tspan=1
  nsmpls=1 nvals=1 sem=TRUTH units=
.. Expr dump @ ADDR072
..   op=34 (>) arg1=ADDR076 arg2=ADDR077 parent=ADDR071
..   eval=cndGt_1_1 metrics=ADDR074 ring=ADDR078
..   valid=0 cardinality[H,I,T]=[1,1,-1] tspan=1
..   nsmpls=1 nvals=1 sem=TRUTH units=
.. .. Expr dump @ ADDR076
.. ..   op=18 (max_sample) arg1=ADDR079 arg2=(nil) parent=ADDR072
.. ..   eval=cndMax_time metrics=ADDR074 ring=ADDR080
.. ..   valid=0 cardinality[H,I,T]=[1,1,-1] tspan=1
.. ..   nsmpls=1 nvals=1 sem=INSTANT units=
.. .. .. Expr dump @ ADDR079
.. .. ..   op=1 (<fetch node>) arg1=(nil) arg2=(nil) parent=ADDR076
.. .. ..   eval=cndFetch_n metrics=ADDR074 ring=ADDR081
.. .. ..   valid=0 cardinality[H,I,T]=[1,1,3] tspan=1
.. .. ..   nsmpls=3 nvals=3 sem=INSTANT units=
.. .. Expr dump @ ADDR077
.. ..   op=80 (<nop node>) arg1=(nil) arg2=(nil) parent=ADDR072
.. ..   eval=(nil)() metrics=(nil) ring=ADDR082
.. ..   valid=1 cardinality[H,I,T]=[-1,-1,-1] tspan=1
.. ..   nsmpls=1 nvals=1 sem=NUMCONST units=
.. ..   smpls[0].ptr ADDR082 0
.. Expr dump @ ADDR073
..   op=75 (print) arg1=ADDR083 arg2=(nil) parent=ADDR071
..   eval=actFake metrics=(nil) ring=ADDR084
..   valid=0 cardinality[H,I,T]=[-1,-1,-1] tspan=1
..   nsmpls=1 nvals=1 sem=TRUTH units=
.. .. Expr dump @ ADDR083
.. ..   op=76 (<action arg node>) arg1=ADDR085 arg2=(nil) parent=ADDR073
.. ..   eval=actArg metrics=(nil) ring=ADDR086
.. ..   valid=0 cardinality[H,I,T]=[-1,1,-1] tspan=1
.. ..   nsmpls=1 nvals=1 sem=CHAR units=
.. .. .. Expr dump @ ADDR085
.. .. ..   op=80 (<nop node>) arg1=ADDR087 arg2=(nil) parent=ADDR083
.. .. ..   eval=(nil)() metrics=(nil) ring=ADDR088
.. .. ..   valid=1 cardinality[H,I,T]=[0,0,0] tspan=11
.. .. ..   nsmpls=1 nvals=1 sem=CHAR units=
.. .. ..   smpls[0].ptr ADDR088 "max_sample:"
.. .. .. .. Expr dump @ ADDR087
.. .. .. ..   op=80 (<nop node>) arg1=(nil) arg2=(nil) parent=ADDR085
.. .. .. ..   eval=(nil)() metrics=(nil) ring=ADDR089
.. .. .. ..   valid=1 cardinality[H,I,T]=[0,0,0] tspan=12
.. .. .. ..   nsmpls=1 nvals=1 sem=CHAR units=
.. .. .. ..   smpls[0].ptr ADDR089 " @%h [%i] %v"

Rule: expr_5
Expr dump @ ADDR090
  op=0 (->) arg1=ADDR091 arg2=ADDR092 parent=(nil)
  eval=rule metrics=ADDR093 ring=ADDR094
  valid=0 cardinality[H,I,T]=[-1,-1,-1] tspan=1
  nsmpls=1 nvals=1 sem=TRUTH units=
.. Expr dump @ ADDR091
..   op=34 (>) arg1=ADDR095 arg2=ADDR096 parent=ADDR090
..   eval=cndGt_n_1 metrics=ADDR093 ring=ADDR097
..   valid=0 cardinality[H,I,T]=[1,-1,1] tspan=1
..   nsmpls=1 nvals=1 sem=TRUTH units=
.. .. Expr dump @ ADDR095
.. ..   op=17 (max_inst) arg1=ADDR098 arg2=(nil) parent=ADDR091
.. ..   eval=cndMax_inst metrics=ADDR093 ring=ADDR099
.. ..   valid=0 cardinality[H,I,T]=[1,-1,1] tspan=1
.. ..   nsmpls=1 nvals=1 sem=INSTANT units=
.. .. .. Expr dump @ ADDR098
.. .. ..   op=1 (<fetch node>) arg1=(nil) arg2=(nil) parent=ADDR095
.. .. ..   eval=cndFetch_all metrics=ADDR093 ring=ADDR100
.. .. ..   valid=0 cardinality[H,I,T]=[1,3,1] tspan=3
.. .. ..   nsmpls=1 nvals=3 sem=INSTANT units=
.. .. Expr dump @ ADDR096
.. ..   op=80 (<nop node>) arg1=(nil) arg2=(nil) parent=ADDR091
.. ..   eval=(nil)() metrics=(nil) ring=ADDR101
.. ..   valid=1 cardinality[H,I,T]=[-1,-1,-1] tspan=1
.. ..   nsmpls=1 nvals=1 sem=NUMCONST units=
.. ..   smpls[0].ptr ADDR101 0
.. Expr dump @ ADDR092
..   op=75 (print) arg1=ADDR102 arg2=(nil) parent=ADDR090
..   eval=actFake metrics=(nil) ring=ADDR103
..   valid=0 cardinality[H,I,T]=[-1,-1,-1] tspan=1
..   nsmpls=1 nvals=1 sem=TRUTH units=
.. .. Expr dump @ ADDR102
.. ..   op=76 (<action arg node>) arg1=ADDR104 arg2=(nil) parent=ADDR092
.. ..   eval=actArg metrics=(nil) ring=ADDR105
.. ..   valid=0 cardinality[H,I,T]=[-1,1,-1] tspan=1
.. ..   nsmpls=1 nvals=1 sem=CHAR units=
.. .. .. Expr dump @ ADDR104
.. .. ..   op=80 (<nop node>) arg1=ADDR106 arg2=(nil) parent=ADDR102
.. .. ..   eval=(nil)() metrics=(nil) ring=ADDR107
.. .. ..   valid=1 cardinality[H,I,T]=[0,0,0] tspan=9
.. .. ..   nsmpls=1 nvals=1 sem=CHAR units=
.. .. ..   smpls[0].ptr ADDR107 "max_inst:"
.. .. .. .. Expr dump @ ADDR106
.. .. .. ..   op=80 (<nop node>) arg1=(nil) arg2=(nil) parent=ADDR104
.. .. .. ..   eval=(nil)() metrics=(nil) ring=ADDR108
.. .. .. ..   valid=1 cardinality[H,I,T]=[0,0,0] tspan=12
.. .. .. ..   nsmpls=1 nvals=1 sem=CHAR units=
.. .. .. ..   smpls[0].ptr ADDR108 " @%h [%i] %v"

Rule: expr_6
Expr dump @ ADDR109
  op=0 (->) arg1=ADDR110 arg2=ADDR111 parent=(nil)
  eval=rule metrics=ADDR112 ring=ADDR113
  valid=0 cardinality[H,I,T]=[-1,-1,-1] tspan=1
  nsmpls=1 nvals=1 sem=TRUTH units=
.. Expr dump @ ADDR110
..   op=34 (>) arg1=ADDR114 arg2=ADDR115 parent=ADDR109
..   eval=cndGt_1_1 metrics=ADDR112 ring=ADDR116
..   valid=0 cardinality[H,I,T]=[-1,-1,1] tspan=1
..   nsmpls=1 nvals=1 sem=TRUTH units=
.. .. Expr dump @ ADDR114
.. ..   op=16 (max_host) arg1=ADDR117 arg2=(nil) parent=ADDR110
.. ..   eval=cndMax_host metrics=ADDR112 ring=ADDR118
.. ..   valid=0 cardinality[H,I,T]=[-1,-1,1] tspan=1
.. ..   nsmpls=1 nvals=1 sem=INSTANT units=
.. .. .. Expr dump @ ADDR117
.. .. ..   op=1 (<fetch node>) arg1=(nil) arg2=(nil) parent=ADDR114
.. .. ..   eval=cndFetch_n metrics=ADDR112 ring=ADDR119
.. .. ..   valid=0 cardinality[H,I,T]=[4,4,1] tspan=4
.. .. ..   nsmpls=1 nvals=4 sem=INSTANT units=
.. .. Expr dump @ ADDR115
.. ..   op=80 (<nop node>) arg1=(nil) arg2=(nil) parent=ADDR110
.. ..   eval=(nil)() metrics=(nil) ring=ADDR120
.. ..   valid=1 cardinality[H,I,T]=[-1,-1,-1] tspan=1
.. ..   nsmpls=1 nvals=1 sem=NUMCONST units=
.. ..   smpls[0].ptr ADDR120 0
.. Expr dump @ ADDR111
..   op=75 (print) arg1=ADDR121 arg2=(nil) parent=ADDR109
..   eval=actFake metrics=(nil) ring=ADDR122
..   valid=0 cardinality[H,I,T]=[-1,-1,-1] tspan=1
..   nsmpls=1 nvals=1 sem=TRUTH units=
.. .. Expr dump @ ADDR121
.. ..   op=76 (<action arg node>) arg1=ADDR123 arg2=(nil) parent=ADDR111
.. ..   eval=actArg metrics=(nil) ring=ADDR124
.. ..   valid=0 cardinality[H,I,T]=[-1,1,-1] tspan=1
.. ..   nsmpls=1 nvals=1 sem=CHAR units=
.. .. .. Expr dump @ ADDR123
.. .. ..   op=80 (<nop node>) arg1=ADDR125 arg2=(nil) parent=ADDR121
.. .. ..   eval=(nil)() metrics=(nil) ring=ADDR126
.. .. ..   valid=1 cardinality[H,I,T]=[0,0,0] tspan=9
.. .. ..   nsmpls=1 nvals=1 sem=CHAR units=
.. .. ..   smpls[0].ptr ADDR126 "max_host:"
.. .. .. .. Expr dump @ ADDR125
.. .. .. ..   op=80 (<nop node>) arg1=(nil) arg2=(nil) parent=ADDR123
.. .. .. ..   eval=(nil)() metrics=(nil) ring=ADDR127
.. .. .. ..   valid=1 cardinality[H,I,T]=[0,0,0] tspan=12
.. .. .. ..   nsmpls=1 nvals=1 sem=CHAR units=
.. .. .. ..   smpls[0].ptr ADDR127 " @%h [%i] %v"
[DATE] pmie(PID) Info: evaluator exiting
Performance Co-Pilot Inference Engine (pmie), Version ...

pmie debugger commands

  f [file-name]      - load expressions from given file or stdin
  l [expr-name]      - list named expression or all expressions
  r [interval]       - run for given or default interval
  S time-spec        - set start time for run
  T time-spec        - set default interval for run command
  v [expr-name]      - print subexpression used for %h, %i and
                       %v bindings
  h or ?             - print this menu of commands
  q                  - quit

pmie> pmie> vm00 =
sampledso.colour :vm00 #red #green #blue;

vm01 =
sampledso.colour :vm01 #red #green #blue;

vm02 =
sampledso.colour :vm02 #red #green #blue;

vm03 =
sampledso.colour :vm03 #red #green #blue;

expr_1 =
min_sample (sampledso.colour :vm00 #red @0..2) > 0 -> print "min_sample:" " @%h [%i] %v";

expr_2 =
min_inst (sampledso.colour :vm00 #red #green #blue) > 0 -> print "min_inst:" " @%h [%i] %v";

expr_3 =
min_host (sampledso.colour :vm00 :vm01 :vm02 :vm03 #red) > 0 -> print "min_host:" " @%h [%i] %v";

expr_4 =
max_sample (sampledso.colour :vm00 #red @0..2) > 0 -> print "max_sample:" " @%h [%i] %v";

expr_5 =
max_inst (sampledso.colour :vm00 #red #green #blue) > 0 -> print "max_inst:" " @%h [%i] %v";

expr_6 =
max_host (sampledso.colour :vm00 :vm01 :vm02 :vm03 #red) > 0 -> print "max_host:" " @%h [%i] %v";

pmie> vm00 (DATE): ?
vm01 (DATE): ?
vm02 (DATE): ?
vm03 (DATE): ?
expr_1 (DATE): ?
expr_2 (DATE): ?
expr_3 (DATE): ?
expr_4 (DATE): ?
expr_5 (DATE): ?
expr_6 (DATE): ?

vm00 (DATE): ? ? ?
vm01 (DATE): ?
vm02 (DATE): ?
vm03 (DATE): ?
expr_1 (DATE): ?
expr_2 (DATE): ?
expr_3 (DATE): ?
expr_4 (DATE): ?
expr_5 (DATE): ?
expr_6 (DATE): ?

print DATE: min_inst: @vm00 [red] 116
print DATE: min_host: @vm03 [<%i undefined>] 104
print DATE: max_inst: @vm00 [blue] 318
print DATE: max_host: @vm00 [<%i undefined>] 116
vm00 (DATE): 116 217 318
vm01 (DATE): ? ? ?
vm02 (DATE): ? ? ?
vm03 (DATE): ? ? ?
expr_1 (DATE): ?
expr_2 (DATE): true
expr_3 (DATE): true
expr_4 (DATE): ?
expr_5 (DATE): true
expr_6 (DATE): true

print DATE: min_sample: @vm00 [red] 116
print DATE: min_inst: @vm00 [red] 119
print DATE: min_host: @vm03 [<%i undefined>] 107
print DATE: max_sample: @vm00 [red] 119
print DATE: max_inst: @vm00 [blue] 321
print DATE: max_host: @vm00 [<%i undefined>] 119
vm00 (DATE): 119 220 321
vm01 (DATE): 116 217 318
vm02 (DATE): 113 214 315
vm03 (DATE): 107 208 309
expr_1 (DATE): true
expr_2 (DATE): true
expr_3 (DATE): true
expr_4 (DATE): true
expr_5 (DATE): true
expr_6 (DATE): true

print DATE: min_sample: @vm00 [red] 116
print DATE: min_inst: @vm00 [red] 122
print DATE: min_host: @vm03 [<%i undefined>] 110
print DATE: max_sample: @vm00 [red] 122
print DATE: max_inst: @vm00 [blue] 324
print DATE: max_host: @vm00 [<%i undefined>] 122
vm00 (DATE): 122 223 324
vm01 (DATE): 119 220 321
vm02 (DATE): 116 217 318
vm03 (DATE): 110 211 312
expr_1 (DATE): true
expr_2 (DATE): true
expr_3 (DATE): true
expr_4 (DATE): true
expr_5 (DATE): true
expr_6 (DATE): true

print DATE: min_sample: @vm00 [red] 119
print DATE: min_inst: @vm00 [red] 125
print DATE: min_host: @vm03 [<%i undefined>] 113
print DATE: max_sample: @vm00 [red] 125
print DATE: max_inst: @vm00 [blue] 327
print DATE: max_host: @vm00 [<%i undefined>] 125
vm00 (DATE): 125 226 327
vm01 (DATE): 122 223 324
vm02 (DATE): 119 220 321
vm03 (DATE): 113 214 315
expr_1 (DATE): true
expr_2 (DATE): true
expr_3 (DATE): true
expr_4 (DATE): true
expr_5 (DATE): true
expr_6 (DATE): true

pmie> vm00 (subexpression for %h, %i and %v bindings) =
sampledso.colour :vm00 #red #green #blue

vm01 (subexpression for %h, %i and %v bindings) =
sampledso.colour :vm01 #red #green #blue

vm02 (subexpression for %h, %i and %v bindings) =
sampledso.colour :vm02 #red #green #blue

vm03 (subexpression for %h, %i and %v bindings) =
sampledso.colour :vm03 #red #green #blue

expr_1 (subexpression for %h, %i and %v bindings) =
min_sample (sampledso.colour :vm00 #red @0..2)

expr_2 (subexpression for %h, %i and %v bindings) =
min_inst (sampledso.colour :vm00 #red #green #blue)

expr_3 (subexpression for %h, %i and %v bindings) =
min_host (sampledso.colour :vm00 :vm01 :vm02 :vm03 #red)

expr_4 (subexpression for %h, %i and %v bindings) =
max_sample (sampledso.colour :vm00 #red @0..2)

expr_5 (subexpression for %h, %i and %v bindings) =
max_inst (sampledso.colour :vm00 #red #green #blue)

expr_6 (subexpression for %h, %i and %v bindings) =
max_host (sampledso.colour :vm00 :vm01 :vm02 :vm03 #red)

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