def get_smartcard_type(ksdkPath, partName):
""" Returns smartcard type from feature file
: param ksdkPath: Path to KSDK parent directory
: param partName: Family name of part
"""
# FIXME Radka refactor code to avoid circular depedencies another way
import ksdkObj
directoryStructureHelper = ksdkObj.kinetisSDK(ksdkPath).getDirectoryStructureHelper()
featureFile = ksdkPath + directoryStructureHelper.getFeature_hFileLocation(partName, True)
smartCardDirect = 0
smartCardUart = 0
with open(featureFile, "rb") as f:
for newLine in f:
if "FSL_FEATURE_SOC_EMVSIM_COUNT" in newLine:
countEndIndex = newLine.rfind(")")
smartCardDirect = (int(newLine[countEndIndex - 1 : countEndIndex])) << 8
if "FSL_FEATURE_UART_HAS_SMART_CARD_SUPPORT" in newLine:
countEndIndex = newLine.rfind(")")
smartCardUart = int(newLine[countEndIndex - 1 : countEndIndex])
f.close()
smartType = smartCardDirect | smartCardUart
# print 'Smart Type' + str(smartType)
return smartType
if __name__ == '__main__':
# add SDK path configuration for SDK 2.0 KEx packages batch invoke
global SDK_PATH
# SDK_PATH need adjust according to your PC environment
SDK_PATH = 'D:\\Release\\SDK2.0_Release1\\RC2\\FRDM-K22F_PKG_sdk_2_0_windows_all'
#SDK_PATH = '/home/ubuntu09/PartNumber_build_test/KSDK_1.3.0_RC3_Linux'
arg_list = sys.argv[1:]
if len(arg_list) > 0: SDK_PATH = arg_list[0]
# replace the folder path
SDK_PATH = kT.string_replace(SDK_PATH, '\\', '/')
global sdk_info
sdk_info = kSdk.kinetisSDK(SDK_PATH)
print 'sdk_info.isNewVersion():'
print sdk_info.isNewVersion()
base_name = os.path.basename(SDK_PATH)
global g_failure_file
g_failure_file = open(base_name+FAILURE_LOG_FILE, 'w')
g_failure_file.truncate()
clean_env()
if AUTO_VERIFICATION: load_manifest()
# restore the argv, otherwise it will impact the unit test framework
sys.argv=[sys.argv[0]]
unittest.main()
def mask_features(self, ksdkPath, ksdkVersion, featureList, partName, packName):
""" Mask off features based on what is available for this part
:param ksdkPath: Absolute path of KSDK installation being used
:param ksdkVersion: version of the KSDK being used
:param featureList: List of features to be modified
:param partName: Name of target part
"""
# FIXME Radka refactor code to avoid circular depedencies another way
import ksdkObj
directoryHelper = ksdkObj.kinetisSDK(ksdkPath).getDirectoryStructureHelper()
featureFile = ksdkPath + directoryHelper.getFeature_hFileLocation(partName, True)
preProc = ["#if", "#elif", "#endif"]
portCount = 0
dmaCount = 0
tsiVersion = 0
partFeatures = []
featIndex = 0
lineIndex = 0
preProcType = 4
index = 0
featLine = "/* SOC module features */"
defLine = "defined(CPU_" + packName + ")"
# Get line where SOC module features begin
with open(featureFile, "rb") as f:
for index, newLine in enumerate(f):
if featLine in newLine:
featIndex = index
lineIndex = featIndex
break
f.close()
# self.debug_log('Feature start: ' + str(featIndex))
# Get line where the package is defined, if defined
with open(featureFile, "rb") as f:
for i in xrange(featIndex):
f.next()
for index, newLine in enumerate(f):
if "#if" in newLine:
preProcType = preProc.index("#if")
elif "#elif" in newLine:
preProcType = preProc.index("#elif")
if defLine in newLine:
if preProcType == preProc.index("#if"):
if index > featIndex + 100:
lineIndex = featIndex
break
if preProcType == preProc.index("#elif"):
if index > featIndex + 300:
lineIndex = featIndex
break
else:
lineIndex = index
break
f.close()
# self.debug_log('Index start: ' + str(lineIndex))
# Begin feature checking from package check to end of section
with open(featureFile, "rb") as f:
for i in xrange(lineIndex):
f.next()
for newLine in f:
if preProcType < 2:
if preProc[preProcType + 1] in newLine:
break
if "#define FSL_FEATURE_SOC" in newLine:
partFeatures.append(newLine)
# print newLine
f.close()
smartCardCnt = 0
smartCardUart = 0
index = 0
while index < len(featureList):
isValid = False
if featureList[index] == "sai":
temp = "_I2S_"
elif featureList[index] == "rnga":
temp = "_RNG_"
elif featureList[index] == "flexbus":
temp = "_FB_"
elif featureList[index] == "quadtmr":
temp = "_TMR_"
elif featureList[index] == "qspi":
temp = "_QuadSPIO_"
elif featureList[index] == "sdramc":
temp = "_SDRAM_"
elif featureList[index] == "smartcard":
temp = "_ENVSIM_"
elif featureList[index] == "lmem_cache":
temp = "_LMEM_"
else:
temp = "_" + featureList[index].upper() + "_"
# print 'List: ' + temp
self.debug_log("List: " + temp)
for p in partFeatures:
# self.debug_log('File: ' + p)
if temp in p:
# self.debug_log(p)
countEndIndex = p.rfind(")")
# self.debug_log(p[countEndIndex - 1:countEndIndex])
insCount = int(p[countEndIndex - 1 : countEndIndex])
if insCount < 1:
# self.debug_log('Zero instance')
isValid = False
else:
isValid = True
if isValid == False:
# self.debug_log('Zero instance')
featureList[index] = "N/A"
index += 1
isValid = True
while isValid:
try:
featureList.remove("N/A")
except ValueError:
isValid = False
# Check for special features
copCount = 0
isIrtc = 0
with open(featureFile, "rb") as f:
for newLine in f:
if "FSL_FEATURE_SIM_HAS_COP_WATCHDOG" in newLine:
countEndIndex = newLine.rfind(")")
# self.debug_log(newLine[countEndIndex - 1:countEndIndex])
copCount = int(newLine[countEndIndex - 1 : countEndIndex])
if "FSL_FEATURE_SOC_PORT_COUNT" in newLine:
countEndIndex = newLine.rfind(")")
# self.debug_log(p[countEndIndex - 1:countEndIndex])
portCount = int(newLine[countEndIndex - 1 : countEndIndex])
if "FSL_FEATURE_SOC_DMA_COUNT" in newLine:
countEndIndex = newLine.rfind(")")
# self.debug_log(p[countEndIndex - 1:countEndIndex])
dmaCount = int(newLine[countEndIndex - 1 : countEndIndex])
if "FSL_FEATURE_TSI_VERSION" in newLine:
countEndIndex = newLine.rfind(")")
tsiVersion = int(newLine[countEndIndex - 1 : countEndIndex])
if "FSL_FEATURE_RTC_IS_IRTC" in newLine:
countEndIndex = newLine.rfind(")")
isIrtc = int(newLine[countEndIndex - 1 : countEndIndex])
if "FSL_FEATURE_SOC_EMVSIM_COUNT" in newLine:
countEndIndex = newLine.rfind(")")
smartCardCnt = int(newLine[countEndIndex - 1 : countEndIndex])
if "FSL_FEATURE_UART_HAS_SMART_CARD_SUPPORT" in newLine:
countEndIndex = newLine.rfind(")")
smartCardUart = int(newLine[countEndIndex - 1 : countEndIndex])
f.close()
if copCount > 0:
featureList.append("cop")
if isIrtc > 0:
tempI = featureList.index("rtc")
featureList[tempI] = "irtc"
if smartCardCnt > 0:
featureList.append("smartcard")
if smartCardUart > 0:
featureList.append("smartcard")
return [portCount, dmaCount, tsiVersion]
