def default(argc):
if argc.find(".txt") > 0:
logFile = argc[0:argc.find(".txt")] + ".txt"
else:
logFile = argc + ".txt"
if not AbsolutePath:
logPath = LogReader.getLogPath(str(logFile))
else:
logPath = argc
if logPath is not None:
if LogReader.getProcInfo(logPath) is None or LogReader.getTotalRam(logPath) is None:
print("Something went wrong with {}. Skipping".format(logPath))
postItem(logPath)
else:
print("Could not find file {}".format(str(logFile)))
def genItemSpecifics(fname):
model = LogReader.getModel(fname)
mConfig = ebayTools.getConfig(model,"ItemSpecifics")
specList = []
specDict = {}
if mConfig is not None:
for k,v in mConfig.items():
addItemSpecific(k,v,specList)
addItemSpecific("Memory (RAM) Capacity",LogReader.getTotalRam(fname)[0],specList)
addItemSpecific("Model",model.split(" ")[-1],specList)
addItemSpecific("Product Line",model.split(" ")[0],specList)
addItemSpecific("MPN",model.split(" ")[-1],specList)
addItemSpecific("CPU Cores",LogReader.getProcCores(fname),specList)
addItemSpecific("Number of Processors",sum([v for k,v in LogReader.getProcInfo(fname).items()]),specList)
addItemSpecific("Memory Type",LogReader.getTotalRam(fname)[1],specList)
addItemSpecific("Processor Speed",LogReader.getProcSpeed(fname),specList)
specDict["NameValueList"] = specList
return specDict
def genTitle(fname):
ramInfo = LogReader.getTotalRam(fname)
procInfo = LogReader.getProcInfo(fname)
HDinfo = LogReader.getHarddrives(fname)
global failFlag
if procInfo is None:
failFlag = True
return "-1"
procTitle = ", "+" ".join(["{} x{}".format(k,v) for k,v in procInfo.items()])
procTitle = procTitle.replace("Intel(R)","")
title = LogReader.getModel(fname)
title += procTitle
title += ", {} {}".format(ramInfo[0],ramInfo[1])
if HDinfo is not None:
title += ", "+LogReader.getNumHarddrives(HDinfo)
return title
def getComponentList(fname):
components = []
model = LogReader.getModel(fname).split(" ")[-1]
cpus = LogReader.getProcInfo(fname)
hdds = LogReader.getHarddrives(fname,True)
ram = LogReader.getTotalRam(fname)
ramAmt = "".join(ram[3].split(" ")).split(",")
components.append(model)
components.append(LogReader.getCtlr(fname,True))
for k,v in cpus.items():
for x in range(0,int(v)):
components.append(k)
for hd in hdds:
for x in range(0,int(hd[-2])):
ff = hd[3]
if len(ff) > 3:
ff = ff[:3]
components.append("{} {}-{}".format(hd[1],LogReader.getHDSpeed(hd[-1]),ff))
for r in ramAmt:
rSplit = r.split("x")
size = rSplit[0]
amount = rSplit[1]
for x in range(0,int(amount)):
rString = "{}-{}".format(size,ram[1])
components.append(rString)
#Append a form factor to the model if we can get one off of a harddrive
if len(hdds) > 0:
ff = hdds[0][3]
if len(ff) > 3:
components[components.index(model)] = "{}-{}".format(model,ff[:3])
for i in range(len(components)):
components[i] = components[i].lower()
return components
