def getPartedSizeOptimum(self, dev):
sectors=self.getPartedSize(dev)
if sectors == 0: return 0
# now round up
phelper=PartedHelper()
cyls=phelper.end_sector_to_cyl(dev, sectors)
sectors=phelper.end_cyl_to_sector(dev, cyls)
return sectors
def getPartedSizeOptimum(self, dev):
sectors = self.getPartedSize(dev)
if sectors == 0: return 0
# now round up
phelper = PartedHelper()
cyls = phelper.end_sector_to_cyl(dev, sectors)
sectors = phelper.end_cyl_to_sector(dev, cyls)
return sectors
def __create_element_from_parted(self, part, doc):
element=doc.createElement(self.TAGNAME)
phelper=PartedHelper()
# name
element.setAttribute("name", str(part.num))
#type
element.setAttribute("type", self.__name_of_part_type(part.type))
#size
element.setAttribute("size", str(phelper.getPartSize(part)))
#start
#element.setAttribute("start", str(part.geom.start))
#end
#element.setAttribute("end", str(part.geom.end))
#all flags
for flag in phelper.get_flags_as_string(part):
felem=PartitionFlag(doc.createElement("flag"), doc)
felem.setAttribute("name", flag)
element.appendChild(felem.getElement())
return element
def __create_element_from_parted(self, part, doc):
element = doc.createElement(self.TAGNAME)
phelper = PartedHelper()
# name
element.setAttribute("name", str(part.num))
#type
element.setAttribute("type", self.__name_of_part_type(part.type))
#size
element.setAttribute("size", str(phelper.getPartSize(part)))
#start
#element.setAttribute("start", str(part.geom.start))
#end
#element.setAttribute("end", str(part.geom.end))
#all flags
for flag in phelper.get_flags_as_string(part):
felem = PartitionFlag(doc.createElement("flag"), doc)
felem.setAttribute("name", flag)
element.appendChild(felem.getElement())
return element
