def main():
minify=1
all_nodes_connected = True
graphs=[]
""""
model=Model("./data/test.json")
model.clooca2graph("master","HEAD")
if minify==1:
model.replace_containments_with_nodes_by_making_hash()
graphs.append(model.graph)
"""
model2=Model("./data/test2.json")
model2.clooca2graph("master","HEAD")
if minify==1:
model2.replace_containments_with_nodes_by_making_hash()
graphs.append(model2.graph)
model3=Model("./data/test3.json")
model3.clooca2graph("master","HEAD")
if minify==1:
model3.replace_containments_with_nodes_by_making_hash()
graphs.append(model3.graph)
trans0 = AGMTranslator()
agm_xml = trans0.graph2agm(graphs)
fp_clooca_in = 'work/clooca.in.xml'
f = open(fp_clooca_in, 'w')
f.write(agm_xml)
f.close()
trans=AGMTranslator()
fp_clooca_in_gml = "work/clooca.in.gml"
trans.agm2gml(fp_clooca_in,fp_clooca_in_gml ,0,True,all_nodes_connected)
fp_clooca_out = "work/clooca.out.xml"
agm=AGM()
agm.mine_with_file(fp_clooca_in,fp_clooca_out,100)
trans2=AGMTranslator()
fp_clooca_out_gml = "work/clooca.out.gml"
if minify==1:
trans2.agm2gml(fp_clooca_out,fp_clooca_out_gml ,0,True,all_nodes_connected)
else:
trans2.agm2gml(fp_clooca_out,fp_clooca_out_gml ,4,True,all_nodes_connected)
def main():
minify=0
all_nodes_connected=True
fp_clooca_in = 'work/clooca.in.xml'
fp_clooca_out = "work/clooca.out.xml"
fp_clooca_in_gml = "work/clooca.in.gml"
fp_clooca_out_gml = "work/clooca.out.gml"
graphs=[]
model=Model("./data/test2.json")
model.clooca2graph("master","HEAD")
if minify==1:
model.replace_containments_with_nodes_by_making_hash()
graphs.append(model.graph)
model2=Model("./data/test3.json")
model2.clooca2graph("master","HEAD")
if minify==1:
model2.replace_containments_with_nodes_by_making_hash()
graphs.append(model2.graph)
trans = AGMTranslator()
trans.replace_containments_with_nodes_by_similarity(graphs[0],graphs[1],0.75)
print graphs
agm_xml = trans.graph2agm(graphs)
fp_clooca_in = 'work/clooca.in.xml'
f = open(fp_clooca_in, 'w')
f.write(agm_xml)
f.close()
trans.agm2gml(fp_clooca_in,fp_clooca_in_gml ,0,True,all_nodes_connected)
agm=AGM()
agm.mine_with_file(fp_clooca_in,fp_clooca_out,100)
trans2=AGMTranslator()
trans2.agm2gml(fp_clooca_out,fp_clooca_out_gml ,0,True,all_nodes_connected)