def __init__(self, **kwargs):
BaseGraph.__init__(self, **kwargs)
self.base = BaseModel(
tn='cq_all',
# location='local2',
# dbname='data'
)
pass
def __init__(self, **kwargs):
BaseGraph.__init__(self, **kwargs)
self.base = BaseModel(
tn='cq_api',
# tn='relationsDetail.1.0',
# location='gcxy',
# dbname='data'
)
pass
def run_graph_mode():
graph = BaseGraph(number_of_servers, p)
print graph.get_number_of_edges()
logger = GraphLogger(graph, sample_rate, i)
entrance_gen = create_generator(enter_lambda, enter_dist)
limit_gen = create_generator(job_limit_lambda, job_limit_dist)
process_gen = create_generator(job_process_time_lambda, job_process_time_dist)
server_chooser = GraphChooser(graph)
cv_gen = LinearCVGenerator(number_of_servers, 0, 1)
handler = GraphEventHandler(logger, entrance_gen, limit_gen, process_gen, cv_gen, server_chooser)
handler.handle_events()
logger.draw_samples_graph1(p)
logger.draw_samples_graph2(p)
def run_graph_mode():
graph = BaseGraph(number_of_servers, p)
print graph.get_number_of_edges()
logger = GraphLogger(graph, sample_rate, i)
entrance_gen = create_generator(enter_lambda, enter_dist)
limit_gen = create_generator(job_limit_lambda, job_limit_dist)
process_gen = create_generator(job_process_time_lambda,
job_process_time_dist)
server_chooser = GraphChooser(graph)
cv_gen = LinearCVGenerator(number_of_servers, 0, 1)
handler = GraphEventHandler(logger, entrance_gen, limit_gen, process_gen,
cv_gen, server_chooser)
handler.handle_events()
logger.draw_samples_graph1(p)
logger.draw_samples_graph2(p)
def __init__(self):
BaseGraph.__init__(self)
self.base = BaseModel(tn='重庆裁决文书(内容)')
pass