def main():
"""
Test Syslo algorithm
Arguments:
infile - project file
"""
# Parse arguments and options
parser = argparse.ArgumentParser()
parser.add_argument("infile")
args = parser.parse_args()
# Open the input file collecting the required information.
activities, _, _, _ = fileFormats.load_with_some_format(
args.infile, [fileFormats.PPCProjectFileFormat(), fileFormats.PSPProjectFileFormat()]
)
successors = dict(((act[1], act[2]) for act in activities))
pert_graph = sysloPolynomial(graph.successors2precedents(successors))
# subgraph = gg1.focus(787, 875) # Error en Large Tavares
window = graph.Test()
window.add_image(graph.pert2image(pert_graph))
graph.gtk.main()
print pert_graph
print validation.check_validation(successors, pert_graph)
return 0
def main():
"""
Test Cohen-Sadeh algorithm
Arguments:
infile - project file
"""
# Parse arguments and options
parser = argparse.ArgumentParser()
parser.add_argument('infile')
args = parser.parse_args()
# Open the input file collecting the required information.
activities, _, _, _ = fileFormats.load_with_some_format(args.infile, [fileFormats.PPCProjectFileFormat(),
fileFormats.PSPProjectFileFormat()])
successors = dict(((act[1], act[2]) for act in activities))
gg1 = cohen_sadeh(graph.successors2precedents(successors))
#subgraph = gg1.focus(787, 875) # Error en Large Tavares
window = graph.Test()
window.add_image(graph.pert2image(gg1))
graph.gtk.main()
print gg1
print validation.check_validation(successors, gg1)
return 0
def main():
"""
Test Mouhoub algorithm
Arguments:
infile - project file
"""
# Parse arguments and options
parser = argparse.ArgumentParser()
parser.add_argument('infile')
args = parser.parse_args()
# Open the input file collecting the required information.
activities, _, _, _ = fileFormats.load_with_some_format(args.infile, [fileFormats.PPCProjectFileFormat(),
fileFormats.PSPProjectFileFormat()])
successors = dict(((act[1], act[2]) for act in activities))
pert_graph = mouhoub(graph.successors2precedents(successors))
window = graph.Test()
window.add_image(graph.pert2image(pert_graph))
graph.gtk.main()
print pert_graph
print validation.check_validation(successors, pert_graph)
return 0
