jopohl / urh Goto Github PK

e.g. HackRF (enabled) / HackRF(disabled)

• Implement GFSK algorithm
• Show in Modulator GUI (new combox entry)
• allow adjusting bt and filter length in GUI via spinboxes

# Colored Table Headers not supported in GTK+
#QApplication.setStyle(QStyleFactory.create("Fusion"))

print(QApplication.instance().style().metaObject().className())

print(QStyleFactory.keys())

QGtkStyle
['Windows', 'GTK+', 'Fusion']

• code
• pypi
• aur

https://stackoverflow.com/questions/28813876/how-do-i-get-pythons-elementtree-to-pretty-print-to-an-xml-file

moved to #34

Set Samplerate = Bandwith if button is checked

/usr/bin/python-wrapper "/home/ryu/util/Eigene Dateien/Subversion/urh/bin/urh"
Time for generating UI: 1.24 seconds
Using modules from /home/ryu/util/Eigene Dateien/Subversion/urh/src
Traceback (most recent call last):
File "/home/ryu/util/Eigene Dateien/Subversion/urh/bin/urh", line 72, in
os._exit(main(sys.argv)) # sys.exit() is not enough on Windows and will result in crash on exit
File "/home/ryu/util/Eigene Dateien/Subversion/urh/bin/urh", line 32, in main
from urh.controller.MainController import MainController
File "/home/ryu/util/Eigene Dateien/Subversion/urh/src/urh/controller/MainController.py", line 12, in
from urh.controller.CompareFrameController import CompareFrameController
File "/home/ryu/util/Eigene Dateien/Subversion/urh/src/urh/controller/CompareFrameController.py", line 12, in
from urh.controller.OptionsController import OptionsController
File "/home/ryu/util/Eigene Dateien/Subversion/urh/src/urh/controller/OptionsController.py", line 6, in
from urh.controller.PluginController import PluginController
File "/home/ryu/util/Eigene Dateien/Subversion/urh/src/urh/controller/PluginController.py", line 4, in
from urh.models.PluginListModel import PluginListModel
File "/home/ryu/util/Eigene Dateien/Subversion/urh/src/urh/models/PluginListModel.py", line 5, in
from urh.plugins import Plugin
File "/home/ryu/util/Eigene Dateien/Subversion/urh/src/urh/plugins/Plugin.py", line 7, in
from urh.signalprocessing.ProtocolAnalyzer import ProtocolAnalyzer
File "/home/ryu/util/Eigene Dateien/Subversion/urh/src/urh/signalprocessing/ProtocolAnalyzer.py", line 10, in
from urh.cythonext import signalFunctions
ImportError: cannot import name 'signalFunctions'

Remove FileOperator.save_protocol and FileOperator.read_protocol and replace with the XML Calls from proto analyzer container

Selected encoding in protocol analyzer not applied

• Find most probable encoding (based on errors) #72
• Detect participants based on RSSI #73
• Detect labels automatically (addresses, length, crc, preamble, sync/constants, values, ...) #77
  • How does this harmonize with auto assigning labelsets?
• Autodetect different message types (length?, type?, timestamp?)
  • Isn't this the same as auto detecting labelsets? yes.

Configuration of analysis plugin to enable/disable different features. Analysis works in different stages, i.e. without any information (from scratch) and with given information (already labeled, chosen encoding, ...).

/home/ryu/Desktop/Subversion/urh/src/urh/signalprocessing/Signal.py:292: RuntimeWarning: invalid value encountered in greater
qad = self.qad[np.where(self.qad > noise_value)] if noise_value < 0 else self.qad
Traceback (most recent call last):
File "/home/ryu/Desktop/Subversion/urh/src/urh/ui/views/DirectoryTreeView.py", line 45, in contextMenuEvent
self.create_directory()
File "/home/ryu/Desktop/Subversion/urh/src/urh/ui/views/DirectoryTreeView.py", line 19, in create_directory
if not self.model().mkdir(index, dir_name).isValid():
AttributeError: 'FileFilterProxyModel' object has no attribute 'mkdir'

Traceback (most recent call last):
File "/home/ryu/Desktop/Subversion/urh/src/urh/ui/views/ProtocolTableView.py", line 214, in contextMenuEvent
self.controller.proto_analyzer, view)
File "/home/ryu/Desktop/Subversion/urh/src/urh/plugins/BlockBreak/BlockBreakPlugin.py", line 34, in get_action
self.command = BlockBreakAction(protocol, max_row, end)
File "/home/ryu/Desktop/Subversion/urh/src/urh/plugins/BlockBreak/BlockBreakAction.py", line 15, in init
self.orig_blocks, self.orig_labels = proto_analyzer.copy_data()
File "/home/ryu/Desktop/Subversion/urh/src/urh/signalprocessing/ProtocolAnalyzer.py", line 497, in copy_data
return copy.deepcopy(self.blocks), copy.deepcopy(self.protocol_labels)
File "/usr/lib/python3.5/copy.py", line 155, in deepcopy
y = copier(x, memo)
File "/usr/lib/python3.5/copy.py", line 219, in _deepcopy_list
y.append(deepcopy(a, memo))
File "/usr/lib/python3.5/copy.py", line 182, in deepcopy
y = _reconstruct(x, rv, 1, memo)
File "/usr/lib/python3.5/copy.py", line 298, in _reconstruct
state = deepcopy(state, memo)
File "/usr/lib/python3.5/copy.py", line 155, in deepcopy
y = copier(x, memo)
File "/usr/lib/python3.5/copy.py", line 244, in _deepcopy_dict
y[deepcopy(key, memo)] = deepcopy(value, memo)
File "/usr/lib/python3.5/copy.py", line 182, in deepcopy
y = _reconstruct(x, rv, 1, memo)
File "/usr/lib/python3.5/copy.py", line 299, in _reconstruct
if hasattr(y, 'setstate'):
RuntimeError: super-class init() of type Participant was never called

Add following items:

• free text field
• number of communication partners
  • names/addresses of communication partners
• Link to spectrum analyzer for finding right settings

• add protocol analyzer (copydata/revert to) to signal actions
• do not update protocol on undo, just revert
• add undo actions for setting treshold/modulation etc.

Add protocol features, e.g. sequence number, length and LED on/off, (later labels) that should be reverse engineered.

Guided recording task list:

• Example for sequence number: record n sequential signals
• Example for 2 LEDs A and B: Record (A=0, B=0), (A=1, B=0), (A=0, B=1), (A=1, B=1)
• Create GUI
• Implement logic
• Link to recording wizard in "New Project" dialog

Short aaaaaabcdef0123456789 [...]

• Short in bold, background color of the participant for "Short".
• Textcolor magnitude RGB threshold (=50%) -> black or white
• Tooltips in signal/text view with participant name

Why this?

Complex protocols have messages with different lengths, groupwise labels do not fulfill this requirement when there are different message types in a block. Separating such messages to different groups would destroy the time connection, therefore this is not a solution.

Additionally blockwise labels make fuzzing more generic. Match exactly labels can be removed, as blockwise labels replace this feature.

ToDos

• Default label set
• Remove match exactly labels
• Remove label per decoding feature: label stays the same for all decodings
• Fuzz Dialog Controller: Adapt UI to fuzz per block
• GUI for choosing/editing labelsets (combobox in analysis)
• Rightclick-menu: label set (choose) -> sets + Add new, Add label, Remove label, Edit labels (this block, ~current widget)
• Adapt Save/Load in Project Manager

Assigning Participants

• in interpretation protocol blocks can be assigned to participants.
• in analysis protocol blocks can be assigned to participants.

Marking Participants

Interpretation

• different text colors(?) --> may look bad, and hard to implement, because HTML Colors will break existing sync functionality, as plain text strings become longer
• overlays in signal view will not work, because barely visible for small blocks and will conflict with selection area
• different signal colors --> performance may suffer, but only real choice

Analysis

• blocks from particular participants can be hidden

Should be automatically read in SendRecvDialogController and ProtocolSniffController

nt

Labelsets

• Labelsets usually determine a message type, whereby each message type can have different encodings in practice. Therefore combining decoding and labelsets may be ergonomical.
• Usability (GUI design) is questionable
• Decoding will normally chosen before thinking about labels

-> No

Blocks

• GUI design is simpler than with labelsets
• When several blocks with different encodings are selected, show "..." element in combobox.
• When nothing is selected, ask for confirmation whether the encoding of all blocks should be changed. At least for 10+ blocks.

-> Yes

• via vertical header?

• this way, blocks time can be caluclated more easy
• bit_sample_pos must be optional for data only blocks
• Test protocol sync after refactoring
• Check protocol times in CompareFrame after refactoring

• Add network plugin which can be used as alternative input in sniff dialog
• network plugin options: socket, target address/port, listening (address/)port, ...
• network plugin creates new button for send [next to save below table] via TCP in generator.
  • Wait pauses when sending via TCP
• network plugin creates new device in sending dialog (for sending modulated data via TCP).
• make encoding enforceable in generator via right click menu

Additionally to search/select all add filter which only shows blocks including the searched value.
GUI (preference is alternative 2):

alternative 1

combobox [search/select all/filter] | search field | go button

alternative 2

search field | combobutton [search/select all/filter]

Show prev/next buttons and current number only if search is active.

Reason: Spectrum Analyzer slows down for large Sample Rates (ca. 25M)

• change gnuradio device recognition: *_recv.py or *_send.py (one of them) suffices
• add additional flags in device class (supports_sending, supports_receiving)
• add label in options
• only show according devices in send/recv dialogs (+ proto sniff dialog)

• Save fuzz labels and fuzzed values to .fuzz file
• Load via load file and recognize fuzzing file by .fuzz ending
• Adapt GUI to show loaded fuzz file
• Apply Fuzzing after being loaded
• Use xml pretty print: https://stackoverflow.com/questions/28813876/how-do-i-get-pythons-elementtree-to-pretty-print-to-an-xml-file

Do this after label refactoring, since this will influence the saving of blocks as well

Signal in TextEditProtocolView instead now