def DNP3results(request):
#if 'msg' in request.GET and request.GET['msg']: #consider error-checking later
userData = request.GET['inputByText']
userFileContents = request.GET['fileContents']
printBool = request.GET['printPass']
messages = parseData(userData, userFileContents) #passing input into parseData to strip out the messages (and get rid of extra data)
if messages != "": #if it's not empty #example message = "05 64 05 C0 01 00 0A 00"
decodedReports = []
reportBuilder = DNPReportBuilder()
messages2 = [] #changing 3-part tuple -> (message, crc, request bool STRING)
for msg in messages: #Decoding each message and getting Report objects back
messages2.append( msg[0] )
decodedReports = reportBuilder.translate(messages2, True)
#Convert Report list to HTML collapsible list
if printBool == "false":
outty = makeCollapsibleList(decodedReports)
else:
outty = makePrintableList(decodedReports)
else:
outty = 'Failed to parse out any messages'
#outty = []
#for i in decodedReports:
#outty.append(str(i))
return render(request, 'DNP3results.html', {'decodedStuff':outty}) #not using originalMessage for now
def test_pasted_tx_message_with_message_bytes_and_parens_around_crc(self):
'Verifies the result for a pasted message with parenthesis around the crc bytes'
input_data = '05 64 05 C0 01 00 0A 00 (E0 8C)'
output_data = input_data.replace(' ', '')
paren_location = output_data.find('(')
expected_output = [(output_data[:paren_location], "True")]
exit_value = parseInput.parseData(input_data, '')
self.assertEqual(exit_value, expected_output)
def test_pasted_tx_message_with_message_bytes_and_parens_around_crc(self):
'Verifies the result for a pasted message with parenthesis around the crc bytes'
input_data = '05 64 05 C0 01 00 0A 00 (E0 8C)'
output_data = input_data.replace(' ', '')
paren_location = output_data.find('(')
expected_output = [(output_data[:paren_location], "True")]
exit_value = parseInput.parseData(input_data, '')
self.assertEqual(exit_value, expected_output)
def test_ParseLogFile(self):
logFile = "----------- ** Capture Session Started 12//09//2011 14:10:21 ** ------------\n" \
+ "(Port 23): No Response for Control\n" \
+ "(Port 23): Response Timeout for TB#1 Reg B CL-6, waited: 1000\n" \
+ "(Port 23): \n" \
+ "(Port 23): DNP TX Analog Command - VOLTREDUCTION PERCENT @TB#1 Reg A CL-6 Point #16: Value -32768\n" \
+ "(Port 23)TX[25]: 05 64 12 C4 02 00 64 00 (FF B7)-CRC\n" \
+ "F8 C8 05 29 02 28 01 00 10 00 00 80 00 (E8 57)-CRC\n"
parsedData = parseInput.parseData(logFile, "")
result = [("056412C402006400","FFB7","True"),("F8C80529022801001000008000","E857","True")]
assert result == parsedData
def test_file_message(self):
'Verifies the result for a series of messages from a file'
input_data = (
''
'----------- ** Capture Session Started 02/11/2013 13:20:00 ** ------------\n'
'(Port 1): Response Timeout for Device 2, waited: 1000\n'
'(Port 1): Consecutive Failures from Device Device 2: 22\n'
'(Port 1): Setting All Points for Device Device 2: Offline\n'
'(Port 1): \n'
'(Port 1): Reset Remote Link - Device 2 Address 1 \n'
'(Port 1)TX[10]: 05 64 05 C0 01 00 0A 00 (E0 8C)-CRC\n'
'(Port 1): Response Timeout for Device 2, waited: 1000\n'
'(Port 1): Consecutive Failures from Device Device 2: 23\n'
'(Port 1): Setting All Points for Device Device 2: Offline\n'
'(Port 1): \n'
'(Port 1): Reset Remote Link - Device 2 Address 1 \n'
'(Port 1)TX[10]: 05 64 05 C0 01 00 0A 00 (E0 8C)-CRC\n'
'(Port 1): Response Timeout for Device 2, waited: 1000\n'
'(Port 1): Consecutive Failures from Device Device 2: 24\n'
'(Port 1): Setting All Points for Device Device 2: Offline\n'
'(Port 1): \n'
'(Port 1): Reset Remote Link - Device 2 Address 1 \n'
'(Port 1)TX[10]: 05 64 05 C0 01 00 0A 00 (E0 8C)-CRC\n'
'(Port 1): Response Timeout for Device 2, waited: 1000\n'
'(Port 1): Consecutive Failures from Device Device 2: 25\n'
'(Port 1): Setting All Points for Device Device 2: Offline\n'
'(Port 1): \n'
'(Port 1): Reset Remote Link - Device 2 Address 1 \n'
'(Port 1)TX[10]: 05 64 05 C0 01 00 0A 00 (E0 8C)-CRC\n'
'(Port 1): Response Timeout for Device 2, waited: 1000\n'
'(Port 1): Consecutive Failures from Device Device 2: 26\n'
'(Port 1): Setting All Points for Device Device 2: Offline\n'
'(Port 1): \n'
'(Port 1): Reset Remote Link - Device 2 Address 1 \n'
'(Port 1)TX[10]: 05 64 05 C0 01 00 0A 00 (E0 8C)-CRC\n'
'(Port 1): Response Timeout for Device 2, waited: 1000\n'
'(Port 1): Consecutive Failures from Device Device 2: 27\n'
'(Port 1): Setting All Points for Device Device 2: Offline\n'
'(Port 1): \n'
'(Port 1): Reset Remote Link - Device 2 Address 1 \n'
'(Port 1)TX[10]: 05 64 05 C0 01 00 0A 00 (E0 8C)-CRC\n')
output_data = input_data.replace(' ', '')
expected_output = [('056405C001000A00', 'E08C', 'True'),
('056405C001000A00', 'E08C', 'True'),
('056405C001000A00', 'E08C', 'True'),
('056405C001000A00', 'E08C', 'True'),
('056405C001000A00', 'E08C', 'True'),
('056405C001000A00', 'E08C', 'True')]
exit_value = parseInput.parseData('', input_data)
self.assertEqual(exit_value, expected_output)
def test_pasted_tx_message_with_message_bytes_and_parens_around_crc_and_leading_tx(
self):
'Verifies the result for a pasted message with leading TX[xx]: and parenthesis around the crc bytes'
input_data = 'TX[10]: 05 64 05 C0 01 00 0A 00 (E0 8C)\n'
output_data = input_data.replace(' ', '')
open_paren_location = output_data.find('(')
close_paren_location = output_data.find(')')
colon_location = output_data.find(':')
expected_output = [
(output_data[colon_location + 1:open_paren_location],
output_data[open_paren_location + 1:close_paren_location], "True")
]
exit_value = parseInput.parseData(input_data, '')
self.assertEqual(exit_value, expected_output)
def test_pasted_tx_message_with_message_bytes_and_parens_around_crc_and_leading_tx(self):
'Verifies the result for a pasted message with leading TX[xx]: and parenthesis around the crc bytes'
input_data = 'TX[10]: 05 64 05 C0 01 00 0A 00 (E0 8C)\n'
output_data = input_data.replace(' ', '')
open_paren_location = output_data.find('(')
close_paren_location = output_data.find(')')
colon_location = output_data.find(':')
expected_output = [
(
output_data[colon_location + 1:open_paren_location],
output_data[open_paren_location + 1:close_paren_location],
"True"
)]
exit_value = parseInput.parseData(input_data, '')
self.assertEqual(exit_value, expected_output)
def test_pasted_rx_message_with_message_bytes_and_parens_around_crc_and_leading_tx(
self):
'Verifies the result for a pasted message with leading TX[xx]: and parenthesis around the crc bytes'
input_data = ('RX[17]: 05 64 0A 44 83 00 BF 00 (B1 4A)-CRC\n'
'E9 C1 81 00 00 (66 44)\n')
output_data = input_data.replace(' ', '')
open_paren_location = output_data.find('(')
close_paren_location = output_data.find(')')
colon_location = output_data.find(':')
expected_output = [
(output_data[colon_location + 1:open_paren_location],
output_data[open_paren_location + 1:close_paren_location],
"False"), ('E9C1810000', '6644', 'False')
]
exit_value = parseInput.parseData(input_data, '')
self.assertEqual(exit_value, expected_output)
def test_pasted_rx_message_with_message_bytes_and_parens_around_crc_and_leading_tx(self):
'Verifies the result for a pasted message with leading TX[xx]: and parenthesis around the crc bytes'
input_data = ('RX[17]: 05 64 0A 44 83 00 BF 00 (B1 4A)-CRC\n'
'E9 C1 81 00 00 (66 44)\n')
output_data = input_data.replace(' ', '')
open_paren_location = output_data.find('(')
close_paren_location = output_data.find(')')
colon_location = output_data.find(':')
expected_output = [
(
output_data[colon_location + 1:open_paren_location],
output_data[open_paren_location + 1:close_paren_location],
"False"
),
(
'E9C1810000',
'6644',
'False'
)
]
exit_value = parseInput.parseData(input_data, '')
self.assertEqual(exit_value, expected_output)
def test_file_message(self):
'Verifies the result for a series of messages from a file'
input_data = (''
'----------- ** Capture Session Started 02/11/2013 13:20:00 ** ------------\n'
'(Port 1): Response Timeout for Device 2, waited: 1000\n'
'(Port 1): Consecutive Failures from Device Device 2: 22\n'
'(Port 1): Setting All Points for Device Device 2: Offline\n'
'(Port 1): \n'
'(Port 1): Reset Remote Link - Device 2 Address 1 \n'
'(Port 1)TX[10]: 05 64 05 C0 01 00 0A 00 (E0 8C)-CRC\n'
'(Port 1): Response Timeout for Device 2, waited: 1000\n'
'(Port 1): Consecutive Failures from Device Device 2: 23\n'
'(Port 1): Setting All Points for Device Device 2: Offline\n'
'(Port 1): \n'
'(Port 1): Reset Remote Link - Device 2 Address 1 \n'
'(Port 1)TX[10]: 05 64 05 C0 01 00 0A 00 (E0 8C)-CRC\n'
'(Port 1): Response Timeout for Device 2, waited: 1000\n'
'(Port 1): Consecutive Failures from Device Device 2: 24\n'
'(Port 1): Setting All Points for Device Device 2: Offline\n'
'(Port 1): \n'
'(Port 1): Reset Remote Link - Device 2 Address 1 \n'
'(Port 1)TX[10]: 05 64 05 C0 01 00 0A 00 (E0 8C)-CRC\n'
'(Port 1): Response Timeout for Device 2, waited: 1000\n'
'(Port 1): Consecutive Failures from Device Device 2: 25\n'
'(Port 1): Setting All Points for Device Device 2: Offline\n'
'(Port 1): \n'
'(Port 1): Reset Remote Link - Device 2 Address 1 \n'
'(Port 1)TX[10]: 05 64 05 C0 01 00 0A 00 (E0 8C)-CRC\n'
'(Port 1): Response Timeout for Device 2, waited: 1000\n'
'(Port 1): Consecutive Failures from Device Device 2: 26\n'
'(Port 1): Setting All Points for Device Device 2: Offline\n'
'(Port 1): \n'
'(Port 1): Reset Remote Link - Device 2 Address 1 \n'
'(Port 1)TX[10]: 05 64 05 C0 01 00 0A 00 (E0 8C)-CRC\n'
'(Port 1): Response Timeout for Device 2, waited: 1000\n'
'(Port 1): Consecutive Failures from Device Device 2: 27\n'
'(Port 1): Setting All Points for Device Device 2: Offline\n'
'(Port 1): \n'
'(Port 1): Reset Remote Link - Device 2 Address 1 \n'
'(Port 1)TX[10]: 05 64 05 C0 01 00 0A 00 (E0 8C)-CRC\n')
output_data = input_data.replace(' ', '')
expected_output = [
(
'056405C001000A00',
'E08C',
'True'
),
(
'056405C001000A00',
'E08C',
'True'
),
(
'056405C001000A00',
'E08C',
'True'
),
(
'056405C001000A00',
'E08C',
'True'
),
(
'056405C001000A00',
'E08C',
'True'
),
(
'056405C001000A00',
'E08C',
'True'
)
]
exit_value = parseInput.parseData('', input_data)
self.assertEqual(exit_value, expected_output)
def test_pasted_tx_message_with_only_message_bytes(self):
'Verifies the result for a pasted message with no extra characters'
input_data = '05 64 05 C0 01 00 0A 00 E0 8C'
output_data = [(input_data.replace(' ', ''), "True")]
exit_value = parseInput.parseData(input_data, '')
self.assertEqual(exit_value, output_data)
def test_bad_exit(self):
'Verifies the function returns an empty string when no data is passed in'
exit_value = parseInput.parseData('', '')
self.assertEqual(exit_value, '')
def test_ParseTwoInputs(self): #with both inputs present, it should use the first one (if not empty)
parsedData = parseInput.parseData("1", "2")
result = "1"
assert result == parsedData[0][0]
def test_ParseSimpleInput(self):
inputData = "05 64 05 C0 01 00 0A 00 (E0 8C), 05 64 12 C4 02 00 64 00 (FF B7)"
parsedData = parseInput.parseData("" , inputData)
result = [("056405C001000A00","E08C","True"), ("056412C402006400","FFB7","True")]
assert result == parsedData
def test_pasted_tx_message_with_only_message_bytes(self):
'Verifies the result for a pasted message with no extra characters'
input_data = '05 64 05 C0 01 00 0A 00 E0 8C'
output_data = [(input_data.replace(' ', ''), "True")]
exit_value = parseInput.parseData(input_data, '')
self.assertEqual(exit_value, output_data)
def test_bad_exit(self):
'Verifies the function returns an empty string when no data is passed in'
exit_value = parseInput.parseData('', '')
self.assertEqual(exit_value, '')
