def __init__(self):
super(DALHelper, self).__init__()
self.base = itpii.baseaccess()
if logger().DEBUG:
logger().log('[helper] DAL Helper')
if not len(self.base.threads):
logger().log('[helper] No threads detected! DAL Helper will fail to load!')
elif self.base.threads[self.find_thread()].cv.isrunning:
SYSTEM_HALTED = False
self.base.halt()
self.os_system = '(Via Intel DAL)'
self.os_release = '(N/A)'
self.os_version = self.dal_version()
self.os_machine = self.target_machine()
def __init__(self):
super(DALHelper, self).__init__()
self.base = itpii.baseaccess()
if logger().VERBOSE:
logger().log("[helper] DAL Helper")
if not len(self.base.threads):
logger().log(
"[helper] No threads detected! DAL Helper will fail to load!")
elif self.base.threads[self.find_thread()].cv.isrunning:
self.base.halt()
self.os_system = "(Via Intel DAL)"
self.os_release = "(N/A)"
self.os_version = self.dal_version()
self.os_machine = self.target_machine()
def __init__(self):
super(DALHelper, self).__init__()
self.base = itpii.baseaccess()
if logger().DEBUG:
logger().log('[helper] DAL Helper')
if not len(self.base.threads):
logger().log('[helper] No threads detected! DAL Helper will fail to load!')
elif self.base.threads[self.find_thread()].cv.isrunning:
SYSTEM_HALTED = False
self.base.halt()
self.os_system = '(Via Intel DAL)'
self.os_release = '(N/A)'
self.os_version = self.dal_version()
self.os_machine = self.target_machine()
def __new__(cls, *args, **kwargs):
if not cls._instanceInvokeITP:
msg = ''
cls._instanceInvokeITP = super(InvokeITP, cls).__new__(cls)
cls._log = args[0]
try:
itp = itpii.baseaccess()
if not itp is None and len(itp.devicelist) > 0:
cls._logInfo('Initial IPT success\n')
cls._itp = itp
cls._itpMutex = Lock()
else:
raise Exception('Failed to initialize ITP.\n')
except Exception as e:
# print(str(e))
cls._logInfo(str(e))
return cls._instanceInvokeITP
import itpii
from itpii.datatypes import BitData
itp = itpii.baseaccess()
import time
class skl_drng:
#class gen_drng:
def __init__(self, chip="SKL"):
self.chips = ['CHV', 'SKL']
if chip in self.chips:
pass
else:
print "Error, chip %d not supported"
print "Using CHV instead"
self.chip = "CHV"
self.partno = 0
self.opmodenames = [
'normal', 'raw_bypass', 'deterministic_lfsr',
'deterministic_nines', 'raw_to_ob', 'PSMI', 'cheap_reset',
'no_bist', 'JFW'
]
self.chip = chip
self.clockcount = 0
if self.chip == "CHV":
self.addr_getdata = 0x10
self.addr_status = 0x14
self.addr_config = 0x34
self.addr_tpin = 0x38
self.addr_tpout = 0x3c
self.addr_esconfig = 0x40