def __test():
'''for test only'''
import netlist_util as nu
fname = raw_input("plz enter file name:")
info = nu.vm_parse(fname)
m_list = info['m_list']
nu.mark_the_circut(m_list)
nu.rules_check(m_list)
g1 = CircuitGraph(m_list, include_pipo = True)
g2 = CircuitGraph(m_list, include_pipo = False)
if len(m_list) <= 20:
for eachPrim in m_list:
eachPrim.__print__()
verbose_info =True
else:
verbose_info = False
print "Info: THE m_list is too long >20. should not inspected by hand. ignore..."
print "----NO PIPO-----------"
g2.info(verbose_info)
print "----Including PIPO----"
g1.info(verbose_info)
#g1.paint()
return True
def get_graph_from_raw_input():
'''for test only'''
import netlist_util as nu
fname = raw_input("plz enter file name:")
info = nu.vm_parse(fname)
m_list = info['m_list']
print "Top module is:"
m_list[0].__print__()
nu.mark_the_circut(m_list)
nu.rules_check(m_list)
g1 = CircuitGraph(m_list, include_pipo = True)
return g1
def get_graph(fname):
info = nu.vm_parse(fname)
m_list = info['m_list']
nu.mark_the_circut(m_list)
nu.rules_check(m_list)
# 原图
g1 = CircuitGraph(m_list, include_pipo = True)
g1.info()
# cloud_reg 图
cloud_reg1=CloudRegGraph(g1)
cloud_reg1.info()
# BALLAST
ballas = Ballaster(cloud_reg1)
cloud_reg1.info()
print "After Reg2Arc"
print nx.info(ballas.intgraph)
ballas.feedbackset()
print "After removed FAS "
print nx.info(ballas.intgraph)
#
# # S图
# s1=g1.get_s_graph()
# print nx.info(s1)
#
# #打印 画图
# plt.figure("Original_Circut")
# g1.paint()
# plt.figure("Cloud_reg")
# cloud_reg1.paint()
# plt.figure("S_Graph")
# s1.paint(display_pipo,paint_order)
return True