def testFiles(listOfFiles, PyduckerWarningOff):
for i in listOfFiles:
aFile = i.name
with open(aFile, 'r') as f:
fileCont = f.read()
print("File name: ",aFile)
try:
tree = ast.parse(fileCont, aFile)
#except ast.parser.ParseError:
# print('hit')
except BaseException:
type, value, tb = sys.exc_info()
print("Unable to parser file due to" ,type.__name__)
print( type.__name__, ":" , value)
tree = None
if PyduckerWarningOff:
try:
nameSpace = handMakeNameSpace()
scope = handMakeScope()
firstWalker = InitialWalker(tree, nameSpace, scope)
firstWalker.walk()
except Exceptions.PyDuckerError as ex:
print("\n", ex.__class__.__name__, end = "")
print(ex)
except Exceptions.PyDuckerWarning as ex:
pass
finally:
print()
else:
try:
nameSpace = handMakeNameSpace()
scope = handMakeScope()
firstWalker = InitialWalker(tree, nameSpace, scope)
firstWalker.walk()
except Exceptions.PyDuckerException as ex:
print("\n", ex.__class__.__name__, end = "")
print(ex)
finally:
print()
def testFiles(listOfFiles, PyduckerWarningOff):
for i in listOfFiles:
aFile = i.name
with open(aFile, 'r') as f:
fileCont = f.read()
print("File name: ", aFile)
try:
tree = ast.parse(fileCont, aFile)
#except ast.parser.ParseError:
# print('hit')
except BaseException:
type, value, tb = sys.exc_info()
print("Unable to parser file due to", type.__name__)
print(type.__name__, ":", value)
tree = None
if PyduckerWarningOff:
try:
nameSpace = handMakeNameSpace()
scope = handMakeScope()
firstWalker = InitialWalker(tree, nameSpace, scope)
firstWalker.walk()
except Exceptions.PyDuckerError as ex:
print("\n", ex.__class__.__name__, end="")
print(ex)
except Exceptions.PyDuckerWarning as ex:
pass
finally:
print()
else:
try:
nameSpace = handMakeNameSpace()
scope = handMakeScope()
firstWalker = InitialWalker(tree, nameSpace, scope)
firstWalker.walk()
except Exceptions.PyDuckerException as ex:
print("\n", ex.__class__.__name__, end="")
print(ex)
finally:
print()
def testOne(aFile):
"""
@aFile:str
"""
#open a file and get it read into a variable so it is just one string
print("Reading file ", aFile)
with open(aFile, 'r') as f:
fileCont = f.read()
#parse the string into an ast using the builtin function
tree = ast.parse(fileCont, aFile)
print ((ast.dump(tree)))
nameSpace = handMakeNameSpace()
scope = handMakeScope()
firstWalker = InitialWalker(tree, nameSpace, scope)
firstWalker.walk()
print("")
def _testAll(listOfFiles):
for i in listOfFiles:
aFile = i
#print("Reading file ", aFile)
with open(aFile, 'r') as f:
fileCont = f.read()
print("File name: ",aFile)
tree = ast.parse(fileCont, aFile)
print("Tree Dump: ",ast.dump(tree))
try:
nameSpace = handMakeNameSpace()
scope = handMakeScope()
firstWalker = InitialWalker(tree, nameSpace, scope)
firstWalker.walk()
except Exceptions.PyDuckerException as ex:
# print(ex, file=sys.stderr) #printing to sys.stderr will need to be locked so output flows correctly, otherwise the messages come out interwoven.
print("\n", ex.__class__.__name__, end= "" )
print(ex)
finally:
print()
