def test_A(self):
for eachVm in vm_files(self.path):
inputfile = os.path.join(self.path, eachVm)
g2 = get_graph(inputfile)
g2.info()
crnew = newcr.CloudRegGraph(g2)
crold = oldcr.CloudRegGraph(g2)
self.assertEqual(crnew.number_of_edges(), crold.number_of_edges())
def cloudgraph(self):
for eachVm in vm_files(self.path):
inputfile = os.path.join(self.path, eachVm)
g2 = get_graph(inputfile)
g2.info()
#try:
cr2 = CloudRegGraph(g2)
cr2.info()
cr2.snapshot(self.path + "\\CloudGraphs\\" + g2.name)
def cloudgraph(self):
for eachVm in vm_files(self.path):
inputfile =os.path.join(self.path, eachVm)
g2 = get_graph( inputfile )
g2.info()
#try:
cr2 = CloudRegGraph(g2)
cr2.info()
cr2.snapshot(self.path + "\\CloudGraphs\\" +g2.name )
def circuitgraph(self):
print u"命令行帮助，可选命令如下"
print u"grh:输入一个文件名称，分别生成两个图（包含和不包含PIPO），保存图的信息到\\test\\GexfDotGraphs下"
print u"fanout:输入一个文件名称，统计其中组合逻辑和FD节点的扇出数目统计"
print u"get:输入一个文件，获取并返回图.打印图的基本信息"
cmd = raw_input("graph>:")
if cmd == "grh":
for eachfile in vm_files(self.path):
inputfile = os.path.join(self.path, eachfile)
save_graphs(inputfile, self.path + "\\GraphGexf")
if cmd == "fanout":
g1 = get_graph()
fanout_stat(g1)
if cmd == "get":
fname = raw_input("plz enter filename:")
g1 = get_graph(os.path.join(self.path, fname))
g1.info()
else:
return None
def circuitgraph(self):
print u"命令行帮助，可选命令如下"
print u"grh:输入一个文件名称，分别生成两个图（包含和不包含PIPO），保存图的信息到\\test\\GexfDotGraphs下"
print u"fanout:输入一个文件名称，统计其中组合逻辑和FD节点的扇出数目统计"
print u"get:输入一个文件，获取并返回图.打印图的基本信息"
cmd = raw_input("graph>:")
if cmd == "grh" :
for eachfile in vm_files(self.path):
inputfile = os.path.join( self.path, eachfile)
save_graphs(inputfile, self.path + "\\GraphGexf")
if cmd == "fanout":
g1 = get_graph()
fanout_stat(g1)
if cmd == "get":
fname = raw_input("plz enter filename:")
g1 = get_graph(os.path.join(self.path, fname) )
g1.info()
else:
return None
def testCrgraphBase(self):
path = self.path
print path
for eachVm in vm_files(path):
g2 = get_graph(path+eachVm) # 输入netlist 文件，得到 CircuitGraph对象g2
g2.info() #打印原图的详细信息
cr2 = CloudRegGraph(g2)
cr2.info()
cr2.to_gexf_file(path+"graph\\%s_crgraph.gexf" % cr2.name)
if cr2.number_of_nodes() <= 100:
cr2.paint(path+"graph\\")
def crgraph(self):
opath = os.path.join(self.path, "oldCrgraphs")
if not os.path.exists(opath):
os.mkdir(opath)
for eachVm in vm_files(self.path):
inputfile = os.path.join(self.path, eachVm)
g2 = get_graph(inputfile)
g2.info()
cr2 = old.CloudRegGraph(g2, debug=True)
cr2.info()
cr2.to_gexf_file(opath + "\\%s_crgraph.gexf" % cr2.name)
cr2.snapshot(opath)
def crgraph(self):
opath = os.path.join(self.path, "oldCrgraphs")
if not os.path.exists(opath):
os.mkdir( opath )
for eachVm in vm_files(self.path):
inputfile =os.path.join(self.path, eachVm)
g2 = get_graph( inputfile )
g2.info()
cr2 = old.CloudRegGraph(g2, debug = True)
cr2.info()
cr2.to_gexf_file( opath + "\\%s_crgraph.gexf" % cr2.name)
cr2.snapshot(opath)
def main():
srcpath = raw_input("plz enter path:")
for eachVm in vm_files( srcpath ):
inputfile = os.path.join( srcpath, eachVm)
g = get_graph( inputfile )
g.info()
cr = CloudRegGraph( g )
cr.info()
# 每一个统计5次
for j in range(0, 10):
scanfds = ballast( cr )
with open( os.path.join(srcpath, cr.name[:-11] + "_balScanFDs.txt" ), 'w') as out:
for fd in scanfds:
out.write("%s %s\n " % (fd.cellref, fd.name) )
out.write( "FD NUMBER: %d" % len(cr.constfds + cr.fds) )
out.write( "SCAN_FD number: %d" % len( scanfds) )
print "FD number:", len(cr.constfds + cr.fds)
print "SCAN_FD number: ", len(scanfds)
def main():
srcpath = raw_input("plz enter path:")
for eachVm in vm_files(srcpath):
inputfile = os.path.join(srcpath, eachVm)
g = get_graph(inputfile)
g.info()
cr = CloudRegGraph(g)
cr.info()
# 每一个统计5次
for j in range(0, 10):
scanfds = ballast(cr)
with open(os.path.join(srcpath, cr.name[:-11] + "_balScanFDs.txt"),
'w') as out:
for fd in scanfds:
out.write("%s %s\n " % (fd.cellref, fd.name))
out.write("FD NUMBER: %d" % len(cr.constfds + cr.fds))
out.write("SCAN_FD number: %d" % len(scanfds))
print "FD number:", len(cr.constfds + cr.fds)
print "SCAN_FD number: ", len(scanfds)
time_matlab = 0.0
serverSocket.close()
#将自环加进来
start = time.clock()
selfloops = cr.selfloop_edges()
cr.remove_edges_from( selfloops)
time_all = time_matlab + (time.clock() - start)
#写入时间统计文件.
fobj = open("test\\timeStats_opt.txt", 'a')
fobj.write("%s, %.4f\n" % (cr.name[:-11], time_all) )
fobj.close()
for edge in selfloops:
scan_fds += cr.arcs[ edge]
#assert balanced
assert pb.__check(cr)
return scan_fds
if __name__ == "__main__":
path = raw_input("plz enter path>")
for eachvm in vm_files( path ):
g = get_graph( os.path.join(path, eachvm) )
for i in range(0,1):
cr = CloudRegGraph( g )
cr.info()
scan_fds = get_scan_fds(cr, path)
with StdOutRedirect( os.path.join(path, cr.name[:-11]+"_optScanFDs.txt")):
print "\n".join([ "%s %s" % (fd.cellref, fd.name) for fd in scan_fds] )