def generate_reqs(traces, totalTimeLength, unitLength, starts):
print("traces", traces)
lines = []
idxlist = []
uclnDict = []
global traceFileName
traceFileName = path + "mix" + "_" + str(time.process_time()) + ".req"
logfile = open(traceFileName, 'w')
#混合文件
for trace in traces: #初始化
lines.append([])
idxlist.append(0)
uclnDict.append({})
for i in range(len(traces)):
start = starts[i]
timeUnitEnd = start + unitLength
timeEnd = start + totalTimeLength #这两步是否没有意义呢
load_lines(path, traces[i], totalTimeLength, start, lines[i], uclnDict[i])
#++ 计算每个trace的所需磁盘大小并构建对应文件模拟磁盘
bid = []
for line in lines[i]:
items = line.strip().split(' ')
bid.append(int(items[3])) #记录下所有的bid
mkdir(diskpath + traces[i],max(bid)-min(bid)+1) #创建文件，模拟磁盘
trace_block_bigin[traces[i]]=min(bid) #记录下磁盘的开始块
#
timeUnitEnd = unitLength
timeEnd = totalTimeLength
while True:
for i in range(len(traces)):
while True:
if idxlist[i] >= len(lines[i]):
break
(mytime, rw, blkid) = parse_line(lines[i][idxlist[i]], "gen")
mytime -= starts[i]
if mytime > timeUnitEnd:
break
print(traces[i], mytime, rw, blkid, file=logfile)
idxlist[i] += 1
# print("time", time, "timeUnitEnd", timeUnitEnd)
timeUnitEnd += unitLength
if timeUnitEnd > timeEnd:
break
sign = False
for i in range(len(traces)):
if idxlist[i] < len(lines[i]):
sign = True
break
if not sign:
break
for i in range(len(traces)):
print(traces[i], len(lines[i]), idxlist[i])
logfile.close()
return uclnDict
def mtc_test_size_p(path, traceID, totalTimeLength, timeStart, sizerate, p):
lines = []
uclnDict = {}
req = 0
readReq = 0
load_lines(path, traceID, totalTimeLength, timeStart, lines, uclnDict)
size = int(sizerate * len(uclnDict))
# 稀疏周期，size过小
if size <= 100:
return
print("size=", size)
ssd = PLRU(size, p)
for line in lines:
(time, rw, blockid) = parse_line(line, "gen")
req += 1
hit = ssd.is_hit(blockid)
if rw == 0:
readReq += 1
if rw == 1 and hit:
ssd.add_update()
ssd.update_cache(blockid)
print(traceID, "size", size, p)
print("total hit rate", 1.0 * ssd.hit / req, "update", ssd.update)
global g
if ssd.update > 1.0 * size * g * totalTimeLength:
cost = 1.0 * ssd.update / g / totalTimeLength
else:
cost = size
print(ssd.update, size, g * totalTimeLength,
1.0 * size * g * totalTimeLength, 1.0 * ssd.update / size, cost)
logFile = open(logFilename, "a")
print(traceID,
timeStart / totalTimeLength,
totalTimeLength / danwei,
sizerate,
size,
p,
1.0 * ssd.hit / req,
ssd.update,
req,
round(1.0 * readReq / req, 3),
cost,
sep=',',
file=logFile)
logFile.close()
def generate_reqs(traces, totalTimeLength, unitLength, starts):
print("traces", traces)
lines = []
idxlist = []
uclnDict = []
global traceFileName
traceFileName = path + "mix" + "_" + str(time.clock()) + ".req"
logfile = open(traceFileName, 'w')
for trace in traces:
lines.append([])
idxlist.append(0)
uclnDict.append({})
for i in range(len(traces)):
start = starts[i]
timeUnitEnd = start + unitLength
timeEnd = start + totalTimeLength
load_lines(path, traces[i], totalTimeLength, start, lines[i],
uclnDict[i])
timeUnitEnd = unitLength
timeEnd = totalTimeLength
while True:
for i in range(len(traces)):
while True:
if idxlist[i] >= len(lines[i]):
break
(mytime, rw, blkid) = parse_line(lines[i][idxlist[i]], "gen")
mytime -= starts[i]
if mytime > timeUnitEnd:
break
print(traces[i], mytime, rw, blkid, file=logfile)
idxlist[i] += 1
# print("time", time, "timeUnitEnd", timeUnitEnd)
timeUnitEnd += unitLength
if timeUnitEnd > timeEnd:
break
sign = False
for i in range(len(traces)):
if idxlist[i] < len(lines[i]):
sign = True
break
if not sign:
break
for i in range(len(traces)):
print(traces[i], len(lines[i]), idxlist[i])
logfile.close()
return uclnDict