def run_egret(regexStr, baseSubstring, testList):
inputStrs = egret_ext.run(regexStr, baseSubstring, False, False)
status = inputStrs[0]
if status[0:5] == "ERROR":
return ([], [], status, [])
elif status == "SUCCESS":
warnings = None
else:
warnings = status.rstrip().split("\n")
inputStrs = inputStrs[1:]
matches = []
nonMatches = []
regex = re.compile(regexStr)
inputStrs = sorted(list(set(inputStrs) | set(testList)))
for inputStr in inputStrs:
search = regex.fullmatch(inputStr)
if search:
matches.append(inputStr)
else:
nonMatches.append(inputStr)
return (matches, nonMatches, None, warnings)
def run_egret(regexStr, baseSubstring, testList):
try:
regex = re.compile(regexStr)
except re.error as e:
status = "ERROR (compiler error): Regular expression did not compile: " + str(e)
return ([], [], status, [])
inputStrs = egret_ext.run(regexStr, baseSubstring, False, True, False, False)
idx = 0
line = inputStrs[idx]
if line[0:5] == "ERROR":
return ([], [], line, [])
while line != "BEGIN":
idx += 1;
line = inputStrs[idx]
if idx == 0:
alerts = []
inputStrs = inputStrs[1:]
else:
alerts = inputStrs[:idx]
inputStrs = inputStrs[idx+1:]
warnings = ""
for a in alerts:
warnings += a
matches = []
nonMatches = []
inputStrs = sorted(list(set(inputStrs) | set(testList)))
for inputStr in inputStrs:
search = regex.fullmatch(inputStr)
if search:
matches.append(inputStr)
else:
nonMatches.append(inputStr)
return (matches, nonMatches, None, warnings)
except:
descStr = ""
inFile.close()
elif opts.regex != None:
regexStr = opts.regex
else:
regexStr = input("Enter a Regular Expression: ")
# compile the regular expression
try:
hasError = False
regex = re.compile(regexStr)
# execute regex-test
# start_time = time.process_time()
alerts = egret_ext.run(regexStr, "evil", True, False, opts.debugMode,
opts.statMode)
# elapsed_time = time.process_time() - start_time
except re.error as e:
status = "ERROR (compiler error): Regular expression did not compile: " + str(
e) + "\n"
alerts = [status]
#if opts.statMode:
# fmt = "{0:30}| {1}"
# print(fmt.format("Time", elapsed_time))
# write the output header
header = "Regex: " + regexStr + "\n\n"
if descStr != "":
header += ("Description: " + descStr + "\n\n")
descStr = inFile.readline().rstrip()
except:
descStr = ""
inFile.close()
elif opts.regex != None:
regexStr = opts.regex
else:
regexStr = input("Enter a Regular Expression: ")
# compile the regular expression
try:
regex = re.compile(regexStr)
# execute regex-test
#start_time = time.process_time()
inputStrs = egret_ext.run(regexStr, opts.baseSubstring, False, False,
opts.debugMode, opts.statMode)
status = inputStrs[0]
hasError = (status[0:5] == "ERROR")
except re.error as e:
status = "ERROR (compiler error): Regular expression did not compile: " + str(
e)
hasError = True
if hasError:
alerts = [status]
else:
idx = 0
line = inputStrs[idx]
while line != "BEGIN":
idx += 1
def run_acre(regexStr):
try:
regex = re.compile(regexStr)
except re.error as e:
errorMsg = "ERROR (compiler error): Regular expression did not compile: " + str(e)
return (None, errorMsg)
alerts = egret_ext.run(regexStr, "evil", True, True, False, False)
first_line = alerts[0]
if first_line[0:5] == "ERROR":
return (None, first_line)
status = ""
for s in alerts:
lines = s.split("<br>")
prevLine = ""
for line in lines:
suppressLine = False
example = False
anchorExample = False
if re.match("\.\.\.String with", line) != None:
example = True
anchorExample = True
if re.match("\.\.\.Example", line) != None:
example = True
if example:
suppressLine = True
first, second = line.split(':', 1)
exampleStr = second[1:]
success = re.fullmatch(regexStr, exampleStr) != None
if anchorExample:
if prevLine != "":
if prevSuccess and success: # both anchor examples successful
status += prevLine
status += '<br>'
status += line
status += '<br>'
prevLine = ""
else: # prevLine == ""
prevLine = line
prevSuccess = success
else: # example but not anchor example
prevLine = ""
if success:
suppressLine = False
else: # not example
prevLine = ""
if re.match("\.\.\.Suggested fix", line) != None:
first, second = line.split(':', 1)
fixStr = second[1:]
try:
r = re.compile(fixStr)
except re.error as e:
suppressLine = True
if not suppressLine:
status += line
status += '<br>'
# get rid of line breaks at end (eliminates extra space at the end)
while (status[-4:] == "<br>"):
status = status[0:-4]
return (status, None)