# A little tesh file testing most MPI-related actions
+! output sort 19
+$ ${bindir:=.}/actions --log=actions.thres=verbose ${srcdir:=.}/../../platforms/small_platform_fatpipe.xml deployment_split.xml "--log=root.fmt:[%10.6r]%e(%i:%P@%h)%e%m%n"
+> WARNING: THIS BINARY IS KINDA DEPRECATED
+> This example is still relevant if you want to learn about MSG-based trace replay, but if you want to simulate MPI-like traces, you should use the newer version that is in the examples/smpi/replay directory instead.
+> [ 20.703314] (1:p0@Tremblay) p0 recv p1 20.703314
+> [ 20.703314] (2:p1@Ruby) p1 send p0 1e10 20.703314
+> [ 20.703314] (1:p0@Tremblay) p0 compute 12 0.000000
+> [ 32.703314] (2:p1@Ruby) p1 sleep 12 12.000000
+> [ 32.703314] (0:maestro@) Simulation time 32.7033
-! output sort
-$ ${bindir:=.}/actions --log=actions.thres=verbose homogeneous_3_hosts.xml deployment_split.xml --log=root.fmt:[%10.6r]%e(%i:%P@%h)%e%m%n
-> [500.005200] (1:p0@host0) p0 recv p1 500.005200
-> [500.005200] (2:p1@host1) p1 send p0 1e10 500.005200
-> [500.005201] (1:p0@host0) p0 compute 12 0.000001
-> [512.005200] (0:@) Simulation time 512.005
-> [512.005200] (2:p1@host1) p1 sleep 12 12.000000
+! output sort 19
+$ ${bindir:=.}/actions --log=actions.thres=verbose ${srcdir:=.}/../../platforms/small_platform_fatpipe.xml deployment.xml actions_allReduce.txt "--log=root.fmt:[%10.6r]%e(%i:%P@%h)%e%m%n"
+> WARNING: THIS BINARY IS KINDA DEPRECATED
+> This example is still relevant if you want to learn about MSG-based trace replay, but if you want to simulate MPI-like traces, you should use the newer version that is in the examples/smpi/replay directory instead.
+> [ 0.000000] (1:p0@Tremblay) p0 comm_size 3 0.000000
+> [ 7.171139] (2:p1@Ruby) p1 allReduce 5e8 5e8 7.171139
+> [ 7.171139] (3:p2@Perl) p2 allReduce 5e8 5e8 7.171139
+> [ 7.171139] (1:p0@Tremblay) p0 allReduce 5e8 5e8 7.171139
+> [ 12.268239] (2:p1@Ruby) p1 compute 5e8 5.097100
+> [ 12.268239] (1:p0@Tremblay) p0 compute 5e8 5.097100
+> [ 12.268239] (3:p2@Perl) p2 compute 5e8 5.097100
+> [ 12.268239] (0:maestro@) Simulation time 12.2682
-! output sort
-$ ${bindir:=.}/actions --log=actions.thres=verbose homogeneous_3_hosts.xml deployment.xml actions_allReduce.txt --log=root.fmt:[%10.6r]%e(%i:%P@%h)%e%m%n
-> [ 0.000000] (1:p0@host0) p0 comm_size 3 0.000000
-> [100.010400] (1:p0@host0) p0 allReduce 5e8 5e8 100.010400
-> [100.010400] (2:p1@host1) p1 allReduce 5e8 5e8 100.010400
-> [100.010400] (3:p2@host2) p2 allReduce 5e8 5e8 100.010400
-> [150.010400] (0:@) Simulation time 150.01
-> [150.010400] (1:p0@host0) p0 compute 5e8 50.000000
-> [150.010400] (2:p1@host1) p1 compute 5e8 50.000000
-> [150.010400] (3:p2@host2) p2 compute 5e8 50.000000
+! output sort 19
+$ ${bindir:=.}/actions --log=actions.thres=verbose ${srcdir:=.}/../../platforms/small_platform_fatpipe.xml deployment.xml actions_barrier.txt "--log=root.fmt:[%10.6r]%e(%i:%P@%h)%e%m%n"
+> WARNING: THIS BINARY IS KINDA DEPRECATED
+> This example is still relevant if you want to learn about MSG-based trace replay, but if you want to simulate MPI-like traces, you should use the newer version that is in the examples/smpi/replay directory instead.
+> [ 0.000000] (1:p0@Tremblay) p0 comm_size 3 0.000000
+> [ 0.000000] (2:p1@Ruby) p1 comm_size 3 0.000000
+> [ 0.000000] (3:p2@Perl) p2 comm_size 3 0.000000
+> [ 0.022653] (2:p1@Ruby) p1 recv p0 0.022653
+> [ 0.022653] (1:p0@Tremblay) p0 send p1 1E7 0.022653
+> [ 0.063430] (3:p2@Perl) p2 compute 4E6 0.040777
+> [ 0.063430] (2:p1@Ruby) p1 compute 4E6 0.040777
+> [ 0.068527] (1:p0@Tremblay) p0 compute 4.5E6 0.045874
+> [ 0.068527] (0:maestro@) Simulation time 0.0685268
-! output sort
-$ ${bindir:=.}/actions --log=actions.thres=verbose homogeneous_3_hosts.xml deployment.xml actions_barrier.txt --log=root.fmt:[%10.6r]%e(%i:%P@%h)%e%m%n
-> [ 0.000000] (1:p0@host0) p0 comm_size 3 0.000000
-> [ 0.000000] (2:p1@host1) p1 comm_size 3 0.000000
-> [ 0.000000] (3:p2@host2) p2 comm_size 3 0.000000
-> [ 0.505200] (1:p0@host0) p0 send p1 1E7 0.505200
-> [ 0.505200] (2:p1@host1) p1 recv p0 0.505200
-> [ 0.905200] (2:p1@host1) p1 compute 4E6 0.400000
-> [ 0.905200] (3:p2@host2) p2 compute 4E6 0.400000
-> [ 0.955200] (0:@) Simulation time 0.9552
-> [ 0.955200] (1:p0@host0) p0 compute 4.5E6 0.450000
+! output sort 19
+$ ${bindir:=.}/actions --log=actions.thres=verbose ${srcdir:=.}/../../platforms/small_platform_fatpipe.xml deployment.xml actions_bcast.txt "--log=root.fmt:[%10.6r]%e(%i:%P@%h)%e%m%n"
+> WARNING: THIS BINARY IS KINDA DEPRECATED
+> This example is still relevant if you want to learn about MSG-based trace replay, but if you want to simulate MPI-like traces, you should use the newer version that is in the examples/smpi/replay directory instead.
+> [ 0.000000] (1:p0@Tremblay) p0 comm_size 3 0.000000
+> [ 1.037020] (2:p1@Ruby) p1 bcast 5e8 1.037020
+> [ 1.037020] (3:p2@Perl) p2 bcast 5e8 1.037020
+> [ 1.037020] (1:p0@Tremblay) p0 bcast 5e8 1.037020
+> [ 3.075860] (2:p1@Ruby) p1 compute 2e8 2.038840
+> [ 6.134119] (1:p0@Tremblay) p0 compute 5e8 5.097100
+> [ 6.134119] (3:p2@Perl) p2 compute 5e8 5.097100
+> [ 7.171139] (2:p1@Ruby) p1 bcast 5e8 4.095279
+> [ 7.171139] (3:p2@Perl) p2 bcast 5e8 1.037020
+> [ 7.171139] (1:p0@Tremblay) p0 bcast 5e8 1.037020
+> [ 9.209979] (2:p1@Ruby) p1 compute 2e8 2.038840
+> [ 12.268239] (1:p0@Tremblay) p0 compute 5e8 5.097100
+> [ 12.268239] (3:p2@Perl) p2 compute 5e8 5.097100
+> [ 13.305258] (2:p1@Ruby) p1 reduce 5e8 5e8 4.095279
+> [ 13.305258] (3:p2@Perl) p2 reduce 5e8 5e8 1.037020
+> [ 18.402358] (1:p0@Tremblay) p0 reduce 5e8 5e8 6.134119
+> [ 18.402358] (0:maestro@) Simulation time 18.4024
-! output sort
-$ ${bindir:=.}/actions --log=actions.thres=verbose homogeneous_3_hosts.xml deployment.xml actions_bcast.txt --log=root.fmt:[%10.6r]%e(%i:%P@%h)%e%m%n
-> [ 0.000000] (1:p0@host0) p0 comm_size 3 0.000000
-> [ 25.005200] (1:p0@host0) p0 bcast 5e8 25.005200
-> [ 25.005200] (2:p1@host1) p1 bcast 5e8 25.005200
-> [ 25.005200] (3:p2@host2) p2 bcast 5e8 25.005200
-> [ 45.005200] (2:p1@host1) p1 compute 2e8 20.000000
-> [ 75.005200] (1:p0@host0) p0 compute 5e8 50.000000
-> [ 75.005200] (3:p2@host2) p2 compute 5e8 50.000000
-> [100.010400] (1:p0@host0) p0 bcast 5e8 25.005200
-> [100.010400] (2:p1@host1) p1 bcast 5e8 55.005200
-> [100.010400] (3:p2@host2) p2 bcast 5e8 25.005200
-> [120.010400] (2:p1@host1) p1 compute 2e8 20.000000
-> [150.010400] (1:p0@host0) p0 compute 5e8 50.000000
-> [150.010400] (3:p2@host2) p2 compute 5e8 50.000000
-> [175.015600] (2:p1@host1) p1 reduce 5e8 5e8 55.005200
-> [175.015600] (3:p2@host2) p2 reduce 5e8 5e8 25.005200
-> [225.015600] (0:@) Simulation time 225.016
-> [225.015600] (1:p0@host0) p0 reduce 5e8 5e8 75.005200
-
-! output sort
-$ ${bindir:=.}/actions --log=actions.thres=verbose homogeneous_3_hosts.xml deployment.xml actions_reduce.txt --log=root.fmt:[%10.6r]%e(%i:%P@%h)%e%m%n
-> [ 0.000000] (1:p0@host0) p0 comm_size 3 0.000000
-> [ 25.005200] (2:p1@host1) p1 reduce 5e8 5e8 25.005200
-> [ 25.005200] (3:p2@host2) p2 reduce 5e8 5e8 25.005200
-> [ 75.005200] (1:p0@host0) p0 reduce 5e8 5e8 75.005200
-> [ 75.005200] (2:p1@host1) p1 compute 5e8 50.000000
-> [ 75.005200] (3:p2@host2) p2 compute 5e8 50.000000
-> [125.005200] (0:@) Simulation time 125.005
-> [125.005200] (1:p0@host0) p0 compute 5e8 50.000000
-
-! output sort
-$ ${bindir:=.}/actions --log=actions.thres=verbose homogeneous_3_hosts.xml deployment.xml actions_with_isend.txt --log=root.fmt:[%10.6r]%e(%i:%P@%h)%e%m%n
-> [ 0.000000] (2:p1@host1) p1 Irecv p0 0.000000
-> [ 0.000000] (3:p2@host2) p2 Irecv p1 0.000000
-> [ 50.000000] (3:p2@host2) p2 compute 5e8 50.000000
-> [ 50.005200] (1:p0@host0) p0 send p1 1e9 50.005200
-> [100.000000] (2:p1@host1) p1 compute 1e9 100.000000
-> [100.000000] (2:p1@host1) p1 wait 0.000000
-> [150.005200] (1:p0@host0) p0 compute 1e9 100.000000
-> [150.005200] (2:p1@host1) p1 send p2 1e9 50.005200
-> [150.005200] (3:p2@host2) p2 wait 100.005200
-> [150.005200] (3:p2@host2) p2 Isend p0 1e9 0.000000
-> [200.005200] (3:p2@host2) p2 compute 5e8 50.000000
-> [200.010400] (0:@) Simulation time 200.01
-> [200.010400] (1:p0@host0) p0 recv p2 50.005200
+! output sort 19
+$ ${bindir:=.}/actions --log=actions.thres=verbose ${srcdir:=.}/../../platforms/small_platform_fatpipe.xml deployment.xml actions_reduce.txt "--log=root.fmt:[%10.6r]%e(%i:%P@%h)%e%m%n"
+> WARNING: THIS BINARY IS KINDA DEPRECATED
+> This example is still relevant if you want to learn about MSG-based trace replay, but if you want to simulate MPI-like traces, you should use the newer version that is in the examples/smpi/replay directory instead.
+> [ 0.000000] (1:p0@Tremblay) p0 comm_size 3 0.000000
+> [ 1.037020] (2:p1@Ruby) p1 reduce 5e8 5e8 1.037020
+> [ 1.037020] (3:p2@Perl) p2 reduce 5e8 5e8 1.037020
+> [ 6.134119] (2:p1@Ruby) p1 compute 5e8 5.097100
+> [ 6.134119] (1:p0@Tremblay) p0 reduce 5e8 5e8 6.134119
+> [ 6.134119] (3:p2@Perl) p2 compute 5e8 5.097100
+> [ 11.231219] (1:p0@Tremblay) p0 compute 5e8 5.097100
+> [ 11.231219] (0:maestro@) Simulation time 11.2312
+! output sort 19
+$ ${bindir:=.}/actions --log=actions.thres=verbose ${srcdir:=.}/../../platforms/small_platform_fatpipe.xml deployment.xml actions_with_isend.txt "--log=root.fmt:[%10.6r]%e(%i:%P@%h)%e%m%n"
+> WARNING: THIS BINARY IS KINDA DEPRECATED
+> This example is still relevant if you want to learn about MSG-based trace replay, but if you want to simulate MPI-like traces, you should use the newer version that is in the examples/smpi/replay directory instead.
+> [ 0.000000] (2:p1@Ruby) p1 Irecv p0 0.000000
+> [ 0.000000] (3:p2@Perl) p2 Irecv p1 0.000000
+> [ 2.072088] (1:p0@Tremblay) p0 send p1 1e9 2.072088
+> [ 5.097100] (3:p2@Perl) p2 compute 5e8 5.097100
+> [ 10.194200] (2:p1@Ruby) p1 compute 1e9 10.194200
+> [ 10.194200] (2:p1@Ruby) p1 wait 0.000000
+> [ 12.266287] (1:p0@Tremblay) p0 compute 1e9 10.194200
+> [ 12.266287] (3:p2@Perl) p2 wait 7.169187
+> [ 12.266287] (2:p1@Ruby) p1 send p2 1e9 2.072088
+> [ 12.266287] (3:p2@Perl) p2 Isend p0 1e9 0.000000
+> [ 14.338375] (1:p0@Tremblay) p0 recv p2 2.072088
+> [ 17.363387] (3:p2@Perl) p2 compute 5e8 5.097100
+> [ 17.363387] (0:maestro@) Simulation time 17.3634
