tags = { "prod":"test", "shot":"test", "nbFrames":options.num }
#
# Create custom graph
#
simpleTask = Task( name=options.jobname, arguments=args, tags=tags, runner="puliclient.contrib.commandlinerunner.CommandLineRunner", lic="katana" )
# simpleTask = Task( name="T-Generic", arguments=args, tags=tags, runner="puliclient.contrib.debug.WaitRunner" )
graph = Graph( options.jobname, simpleTask, tags=tags, poolName='default' )
# graph.addNewTask( name="T1", arguments={ "args": command, "start":1, "end":5, "packetSize":1 }, tags={ "prod":"test", "shot":"test", "nbFrames":5}, runner=runner )
#
#
# g1 = graph.addNewTaskGroup( name="group1", tags=tags )
# g1.addTask( simpleTask )
# g1.addNewTask( name="T2", arguments={ "args": command, "start":1, "end":1, "packetSize":1 }, tags={ "prod":"test", "shot":"test", "nbFrames":1}, runner=runner )
# g1.addNewTask( name="T3", arguments={ "args": command, "start":1, "end":1, "packetSize":1 }, tags={ "prod":"test", "shot":"test", "nbFrames":1}, runner=runner )
#
# graph.addNewTask( name="T4", arguments={ "args": command, "start":1, "end":10, "packetSize":1 }, tags={ "prod":"test", "shot":"test", "nbFrames":10}, runner=runner )
if options.dump:
print graph
#
# Execute
#
if options.execute:
graph.execute()
else:
graph.submit(options.hostname, options.port)
# Then we define a task. A task is basically a group of one or several commands all of the same kind.
# It means, each command will start the same process but might have different params. For instance you will
# create a task to execute a single process or to exec several times the same process like when rendering
# an image sequence.
# In this example we will create a simple task with only one command
# Therefore we need to define only 2 attributes:
# - its name
# - a dict of its arguments
name = "my command"
# The arguments dict can handle many arguments.
# When creating a classic command (like a shell command) we internally use a "runner" called "CommandLineRunner".
# This default runner automatically handles the following arguments:
# - cmd: a string representing the command to start
# - start: start frame number
# - end: end frame number
# - packetSize: how many frames to calculate during the same command
# Here we only need to define the "cmd" to start a simple shell process
# (More information on runners and how to specialize them in documentation)
arguments = {
"cmd": "sleep 15s"
}
# Then add a new task to the graph
graph.addNewTask(name, arguments=arguments)
# Finally submit the graph to the server
graph.execute()
