def main(argv): fora.init_local() runtime = Runtime.getMainRuntime() handler = runtime.getInterpreterTraceHandler() handler.replayTracesFromFile(argv[1])
add(s)
print "there are ", len(graphs), " with name ", name
for g in graphs:
entryNode = instructionGraph.getRootInstruction(g, None)
reachable = reachableInstructions(entryNode)
for n in reachable:
add(n)
return allInstructions
if __name__ == '__main__':
import fora
fora.init_local()
i = fora.eval('specialize(demos.MonteCarlo.MonteCarlo, `Member, `a_single_price)')
if 1:
print "Evaluating:"
t0 = time.time()
fora.eval('demos.MonteCarlo.MonteCarlo.a_single_price')
print "done evaluating. took ", time.time() - t0
instructions = reachableInstructions(i)
graphs = groupInstructionsByGraph(instructions)
graphsByName = dict([(g.graphName, g) for g in graphs])
print len(instructions), " instructions"
print "there are ", len(graphs), " with name ", name
for g in graphs:
entryNode = instructionGraph.getRootInstruction(g, None)
reachable = reachableInstructions(entryNode)
for n in reachable:
add(n)
return allInstructions
if __name__ == '__main__':
import fora
fora.init_local()
i = fora.eval(
'specialize(demos.MonteCarlo.MonteCarlo, `Member, `a_single_price)')
if 1:
print "Evaluating:"
t0 = time.time()
fora.eval('demos.MonteCarlo.MonteCarlo.a_single_price')
print "done evaluating. took ", time.time() - t0
instructions = reachableInstructions(i)
graphs = groupInstructionsByGraph(instructions)
graphsByName = dict([(g.graphName, g) for g in graphs])
def main(argv):
fora.init_local()
runtime = Runtime.getMainRuntime()
handler = runtime.getInterpreterTraceHandler()
handler.replayTracesFromFile(argv[1])