from hrw_hash_config import Ring
from util import get_entries_from_servers, write_output_to_file, write_entries_to_server
import sys, json
from server_config import server_list
if __name__ == '__main__':
ring = Ring()
ring.add(server_list[0])
ring.add(server_list[1])
ring.add(server_list[2])
ring.add(server_list[3])
write_entries_to_server(sys.argv[1], ring)
print('Verifying the data...')
data = get_entries_from_servers()
print(json.dumps(data, indent=4))
write_output_to_file('hrw_hash_output.json', data)
print(
'Data verification completed. Output written to "hrw_hash_output.json"'
)
# get output
output_edge_set = mlst_handler.find_mlst(edge_set)
"""
draw the graph
you need to install igraph and py-cairo module
py-cairo can be installed by "sudo port install py-cairo"
"""
#util.display(output_edge_set)
return output_edge_set
if __name__ == "__main__":
# create file objs from command line args
args = get_args()
# get input edges
input_edge_sets = util.get_input_edge_sets(infile=args["input_filename"])
output_edge_sets = []
for edge_set in input_edge_sets:
#output_edge_sets.append(find_mlst(edge_set=edge_set, MlstHandler=BruteforceMLST))
output_edge_sets.append(find_mlst(edge_set=edge_set, MlstHandler=ConstantTimeMLST))
# write output to file
util.write_output_to_file(output_edge_sets,filename=args["output_filename"])
"""
NOTE: Modify this list to add/remove/change generators
"""
# graphs to generate
nbit_generators = [
NbitConstructor(max_nodes=100, degree=3),
NbitConstructor(max_nodes=98, degree=33),
NbitConstructor(max_nodes=10, degree=3),
]
# -----------------------------------------------------------------------
# write edge sets to file
#edge_sets = map(generate_nbit_graph, nbit_generators)
mlst_edge_sets = []
orig_edge_sets = []
for nbit_generator in nbit_generators:
orig, mlst = generate_nbit_graph(nbit_generator)
mlst_edge_sets.append(mlst)
orig_edge_sets.append(orig)
orig_filename = "hard.in"
mlst_filename = "hard.out"
util.write_output_to_file(orig_edge_sets, orig_filename)
util.write_output_to_file(mlst_edge_sets, mlst_filename)
print "Orig Edge Sets written to file '%s'" %(str(orig_filename))
print "Mlst Edge Sets written to file '%s'" %(str(mlst_filename))
"""
NOTE: Modify this list to add/remove/change generators
"""
# graphs to generate
nbit_generators = [
#NbitGenerator(max_nodes=100, degree=20),
NbitGenerator(max_nodes=15, degree=3),
]
# -----------------------------------------------------------------------
# write edge sets to file
#edge_sets = map(generate_nbit_graph, nbit_generators)
edge_sets = []
for nbit_generator in nbit_generators:
eset, num_nodes, num_edges = generate_nbit_graph(nbit_generator)
print "Graph Stats:"
print "------------------------------------------------"
print "Number of nodes: %d" %(num_nodes)
print "Number of edges: %d" %(num_edges)
print "%d node %d-bit Graph Generated" %(num_nodes, nbit_generator.degree)
print "------------------------------------------------\n"
edge_sets.append(eset)
util.write_output_to_file(edge_sets, output_filename)
print "Edge Sets written to file '%s'" %(str(output_filename))
experiment()
from consistent_hash_config import Ring
from util import get_entries_from_servers, write_output_to_file, write_entries_to_server
import sys, json
from server_config import server_list
if __name__ == '__main__':
ring = Ring(server_list)
write_entries_to_server(sys.argv[1], ring)
print('Verifying the data...')
data = get_entries_from_servers()
print(json.dumps(data, indent=4))
write_output_to_file('consistent_hash_output.json', data)
print(
'Data verification completed. Output written to "consistent_hash_output.json"'
)
