def onClose(self, event):
self.result = {'name': self.nameVar, 'io_intensive': self.ioIntensiveVar,
'range': (int(self.startAddressVar), int(self.endAddressVar)),
'count': int(self.ioCountVar), 'write_percent': float(self.writePercentageVar),
'write_ran_percent': float(self.randomWritePercentageVar),
'read_ran_percent': float(self.randomReadPercentageVar)}
print(self.result)
myGen = Gen(self.result)
myGen.gen()
def __init__(self):
Gen.__init__(self, self.__class__.__name__)
def __init__(self, name):
Gen.__init__(self, name)
self.attrs['freq'] = 220.0
self.attrs['phase'] = 0.0
self.attrs['sync'] = 2.0
from Gen import Gen
#2GB data, 20GB address range
myGen = Gen({
'range': (1,0.5*1024*1024*1024//512),
'count': 2*1024*1024*1024//4096,
'write_percent': 0.5,
'write_ran_percent': 0.67,
'read_ran_percent': 0.67
})
myGen.gen()
def main():
genA = Gen(None, 'genA')
genB = Gen(None, 'genB')
genC = Gen(None, 'genC')
genD = Gen(None, 'genD')
genE = Gen(None, 'genE')
genF = Gen(None, 'genF')
genA.add_patch_to(genB)
genB.add_patch_to(genC)
genB.add_patch_to(genD)
genD.add_patch_to(genA)
genD.add_patch_to(genE)
Patch.dfs_patch_search(genA)
for patch in Patch.patch_list:
print patch
genB.add_patch_to(genF)
Patch.dfs_patch_search(genA)
for patch in Patch.patch_list:
print patch
