def run(fileName=None, touch=False):
# instantiate ADMIT
a = ad.Admit()
# Instantiate the class. This can be done in two ways, both will
# work, it just depends if you need 'a0' ('i0' you always need)
if True:
# the AT, then the ATI
a0 = File_AT()
i0 = a.addtask(a0)
else:
# get the ATI via ADMIT, but then grab AT reference for convenience
i0 = a.addtask(File_AT())
a0 = a[i0]
# set some keys
a0.setkey('file', fileName)
a0.setkey('touch', False)
a0.setkey('exist', True)
# run the task(s). This also can be done in two ways.
if False:
# run only this one task, but it bypassed some checks in FlowManager
# so for example, calling it twice, will run it twice
# after running, explicit BDPs would need to be saved
a0.run()
a0[0].write()
else:
# run the whole ADMIT flow, although it's just one task (a0)
# but calling it twice, 2nd run would not run the task since
a.run()
a.write()
def run(fileName=None, touch=False):
# instantiate ADMIT
a = ad.Admit()
# Instantiate the class. This can be done in two ways, both will
# work, it just depends if you need 'a0' ('i0' you always need)
if True:
# the AT, then the ATI
a0 = File_AT()
i0 = a.addtask(a0)
else:
# get the ATI via ADMIT, but then grab AT reference for convenience
i0 = a.addtask(File_AT())
a0 = a[i0]
# set some keys
a0.setkey('file', fileName)
a0.setkey('touch', False)
a0.setkey('exist', True)
# run the task(s). This also can be done in two ways.
if False:
# run only this one task, but it bypassed some checks in FlowManager
# so for example, calling it twice, will run it twice
# after running, explicit BDPs would need to be saved
a0.run()
a0[0].write()
else:
# run the whole ADMIT flow, although it's just one task (a0)
# but calling it twice, 2nd run would not run the task since
a.run()
a.write()
n = 3
touch = True
subdir = False
subdir = True
# pick where admit will do its work, any cmdline argument will be the dirname
if len(sys.argv) > 1:
a = admit.Admit(sys.argv[1])
else: # or else the current directory
a = admit.Admit()
print 'Flow11: new admit?', a.new
a1 = File_AT()
i1 = a.addtask(a1)
a1.setkey('file', 'Flow1N.dat')
a1.setkey('touch', touch)
a2 = Flow1N_AT()
i2 = a.addtask(a2, [(i1, 0)])
a2.setkey('n', n)
a2.setkey('touch', touch)
a2.setkey('subdir', subdir)
#
if True:
# continue with a Flow11 for each BDP created by Flow1N
from admit.at.Flow11_AT import Flow11_AT
a.run() # need to run the flow, otherwise #BDP's unknown
n1 = len(a2) # of course n1 = n, but we don't know this
a3 = range(n1) # a list of AT's
i3 = range(n1) # a list of ATID's
n = 3
touch = True
subdir = False
subdir = True
# pick where admit will do its work, any cmdline argument will be the dirname
if len(sys.argv) > 1:
a = admit.Admit(sys.argv[1])
else: # or else the current directory
a = admit.Admit()
print 'Flow11: new admit?',a.new
a1 = File_AT()
i1 = a.addtask(a1)
a1.setkey('file','Flow1N.dat')
a1.setkey('touch',touch)
a2 = Flow1N_AT()
i2 = a.addtask(a2, [(i1,0)])
a2.setkey('n',n)
a2.setkey('touch',touch)
a2.setkey('subdir',subdir)
#
if True:
# continue with a Flow11 for each BDP created by Flow1N
from admit.at.Flow11_AT import Flow11_AT
a.run() # need to run the flow, otherwise #BDP's unknown
n1 = len(a2) # of course n1 = n, but we don't know this
a3 = range(n1) # a list of AT's
i3 = range(n1) # a list of ATID's
else:
a = admit.Admit()
print 'Flow11: new admit?',a.new
if not a.new:
print 'LEN:',len(a)
print "a[0]._keys:",a[0]._keys
print "a[1]._keys:",a[1]._keys
a.run()
print "run done"
a.write()
sys.exit(0)
a1 = File_AT()
i1 = a.addtask(a1)
a1.setkey('file','Flow11-0.dat')
a1.setkey('touch',True)
a1.setkey('exist',False)
print "a1._keys:",a1._keys
a2 = Flow11_AT()
i2 = a.addtask(a2, [(i1,0)])
if subdir:
# this is to test if subdirectories work (26-apr, fails to work again on 2nd run)
a.mkdir('test')
a2.setkey('file','test/Flow11-1.dat')
else:
a2.setkey('file','Flow11-1.dat')
a2.setkey('touch',touch)
a2.setkey('exist',exist)
if __name__ == '__main__':
# pick where admit will do its work
if len(sys.argv) > 1:
# use the argument as a (new or existing) directory
a = admit.Admit(sys.argv[1])
else:
# use the current directory
a = admit.Admit()
print 'FlowN1: new admit?', a.new
a1 = File_AT()
i1 = a.addtask(a1)
a1.setkey('file', 'FlowN1-1.dat')
a1.setkey('touch', True)
a2 = File_AT()
i2 = a.addtask(a2)
a2.setkey('file', 'FlowN1-2.dat')
a2.setkey('touch', True)
a3 = File_AT()
i3 = a.addtask(a3)
a3.setkey('file', 'FlowN1-3.dat')
a3.setkey('touch', True)
a4 = File_AT()
i4 = a.addtask(a4)
a4.setkey('file', 'FlowN1-4.dat')
if __name__ == '__main__':
# pick where admit will do its work
if len(sys.argv) > 1:
# use the argument as a (new or existing) directory
a = admit.Admit(sys.argv[1])
else:
# use the current directory
a = admit.Admit()
print 'FlowN1: new admit?',a.new
a1 = File_AT()
i1 = a.addtask(a1)
a1.setkey('file','FlowN1-1.dat')
a1.setkey('touch',True)
a2 = File_AT()
i2 = a.addtask(a2)
a2.setkey('file','FlowN1-2.dat')
a2.setkey('touch',True)
a3 = File_AT()
i3 = a.addtask(a3)
a3.setkey('file','FlowN1-3.dat')
a3.setkey('touch',True)
a4 = File_AT()
i4 = a.addtask(a4)
a4.setkey('file','FlowN1-4.dat')
if len(sys.argv) > 1:
# use the argument as a (new or existing) directory
a = admit.Admit(sys.argv[1])
else:
# use the current directory
a = admit.Admit()
print 'FlowMN: new admit?', a.new
if two_step:
# this will use Flow1N_AT and FlowN1_AT
# first create a single File_BDP
a1 = File_AT()
i1 = a.addtask(a1)
a1.setkey('file', 'FlowMN-0.dat')
a1.setkey('touch', touch)
# turn 1 into M
a2 = Flow1N_AT()
i2 = a.addtask(a2, [(i1, 0)])
a2.setkey('n', m)
a2.setkey('file', 'FlowMN-1.dat')
a2.setkey('touch', touch)
a2.setkey('subdir', subdir)
# get a list of BDP's for the next step, but we need to run the flow first
a.run()
n = len(a2)
if n != m: print "BAD"
bdps = []