def setUp(self):
self.skip = 0
self.testInput = "%s/testInput.xml" % getTempDir()
if os.path.exists(self.testInput):
self.dom = xml.dom.minidom.parse(self.testInput)
self.checkSkip()
else:
self.skip = 1
import libsmbios_c.memory as m
import libsmbios_c.cmos as c
import libsmbios_c.smbios as s
# initialize global singletons
m.MemoryAccess(m.MEMORY_GET_SINGLETON | m.MEMORY_UNIT_TEST_MODE,
"%s/memdump.dat" % getTempDir())
c.CmosAccess(c.CMOS_GET_SINGLETON | c.CMOS_UNIT_TEST_MODE,
"%s/cmos.dat" % getTempDir())
s.SmbiosTable(s.SMBIOS_GET_SINGLETON | s.SMBIOS_UNIT_TEST_MODE)
# use private copies for testing
self.memObj = m.MemoryAccess(
m.MEMORY_GET_NEW | m.MEMORY_UNIT_TEST_MODE,
"%s/memdump.dat" % getTempDir())
self.cmosObj = c.CmosAccess(c.CMOS_GET_NEW | c.CMOS_UNIT_TEST_MODE,
"%s/cmos.dat" % getTempDir())
self.tableObj = s.SmbiosTable(s.SMBIOS_GET_NEW
| s.SMBIOS_UNIT_TEST_MODE)
def setUp(self):
# write some values to a test file that we will use for both cmos and mem tests
self.testfile = "%s/%s-testmem.dat" % (getTempDir(),
self._testMethodName)
fd = open(self.testfile, "w+")
for i in range(pagesize * 4 + 1):
fd.write("j")
fd.close()
self.testfile = self.testfile.encode('utf-8')
import libsmbios_c.memory as m
self.memObj = m.MemoryAccess(
m.MEMORY_GET_NEW | m.MEMORY_UNIT_TEST_MODE, self.testfile)
import libsmbios_c.cmos as c
self.cmosObj = c.CmosAccess(c.CMOS_GET_NEW | c.CMOS_UNIT_TEST_MODE,
self.testfile)
# replace first 26 bytes with alphabet
for i in range(26):
self.memObj.write(chr(ord("a") + i).encode('utf-8'), i)
# write pages of '0', '1', and '2'
for i in range(3):
self.memObj.write(
chr(ord("0") + i).encode('utf-8') * pagesize,
26 + (pagesize * i))
self.memObj.close_hint(1)
def testForLeaks(self):
# create/destroy lots of objects to see if we leak
import libsmbios_c.memory as m
import libsmbios_c.cmos as c
for i in xrange(1000):
mObj = m.MemoryAccess(m.MEMORY_GET_NEW | m.MEMORY_UNIT_TEST_MODE, "/dev/null")
cObj = c.CmosAccess(c.CMOS_GET_NEW | c.CMOS_UNIT_TEST_MODE, "/dev/null")
del(mObj)
del(cObj)
def setup_std_options(options):
if options.memory_dat is not None:
memory.MemoryAccess(
memory.MEMORY_GET_SINGLETON | memory.MEMORY_UNIT_TEST_MODE,
options.memory_dat)
if options.cmos_dat is not None:
cmos.CmosAccess(cmos.CMOS_GET_SINGLETON | cmos.CMOS_UNIT_TEST_MODE,
options.cmos_dat)
options.password_scancode = None
if options.password is not None:
options.password_scancode = braindead_asc_to_scancode(options.password)
options.password_ascii = options.password
if options.raw:
options.password_scancode = options.password
if getattr(options, "security_key", None) is not None:
options.security_key = int(options.security_key, 0)
setupLogging(options.logconfig, options.verbosity, options.trace)