Esempio n. 1
0
class DiffDialog(QDialog, DiffDialog.Ui_DiffDialog):
    """ Visual dialog that allows for the diffing of two responses """
    def __init__(self, framework, parent=None):
        super(DiffDialog, self).__init__(parent)
        self.setupUi(self)

        self.framework = framework
        self.Progress = ProgressDialog()
        self.framework.subscribe_add_differ_response_id(
            self.differ_add_response_id)

        # Create progress dialog
        self.customButton.clicked.connect(self.custom_diff)
        self.leftTree.itemSelectionChanged.connect(self.diff_items)
        self.rightTree.itemSelectionChanged.connect(self.diff_items)
        self.clearButton.clicked.connect(self.clear_items)

        self.Data = None
        self.cursor = None
        self.framework.subscribe_database_events(self.db_attach,
                                                 self.db_detach)

    def db_attach(self):
        self.Data = self.framework.getDB()
        self.cursor = self.Data.allocate_thread_cursor()
        self.populate_differ_ids()

    def db_detach(self):
        self.clear_items()
        self.close_cursor()
        self.Data = None

    def close_cursor(self):
        if self.cursor and self.Data:
            self.cursor.close()
            self.Data.release_thread_cursor(self.cursor)
            self.cursor = None

    def populate_differ_ids(self):
        for row in self.Data.get_differ_ids(self.cursor):
            # TODO: add constants?
            self.leftTree.addTopLevelItem(
                QTreeWidgetItem([str(row[0]), str(row[1])]))
            self.rightTree.addTopLevelItem(
                QTreeWidgetItem([str(row[0]), str(row[1])]))

    def differ_add_response_id(self, Id):

        row = self.Data.read_responses_by_id(self.cursor, Id)
        if not row:
            return

        responseItems = [m or '' for m in list(row)]

        self.leftTree.addTopLevelItem(
            QTreeWidgetItem(
                [str(row[ResponsesTable.ID]),
                 str(row[ResponsesTable.URL])]))
        self.rightTree.addTopLevelItem(
            QTreeWidgetItem(
                [str(row[ResponsesTable.ID]),
                 str(row[ResponsesTable.URL])]))

    def clear_items(self):
        self.leftTree.clear()
        self.rightTree.clear()
        self.Data.clear_differ_items(self.cursor)

    def diff_items(self):
        """ Diff the selected items in the two panes """

        differ = difflib.HtmlDiff(wrapcolumn=50)

        # Passes if only one item is selected, otherwise it would error
        leftItem = self.leftTree.currentItem()
        rightItem = self.rightTree.currentItem()
        if leftItem is not None and rightItem is not None:
            try:
                self.Progress.show()

                leftIndex = str(leftItem.text(0))
                rightIndex = str(rightItem.text(0))
                if leftIndex != rightIndex:
                    # TODO: take content types into account
                    # TODO: can a initial match be done to detect when comparing extremely disimilar types
                    #       compute character distribution, check standard deviation
                    # TODO: this should be run in a background thread to avoid starving main loop
                    dbResponse = self.Data.read_responses_by_id(
                        self.cursor, leftIndex)
                    leftHtml = str(dbResponse[ResponsesTable.RES_DATA])
                    dbResponse = self.Data.read_responses_by_id(
                        self.cursor, rightIndex)
                    rightHtml = str(dbResponse[ResponsesTable.RES_DATA])
                    diffHtml = differ.make_file(leftHtml.splitlines(),
                                                rightHtml.splitlines())
                    self.diffView.setHtml(diffHtml)
                else:
                    self.diffView.setHtml('')
            except Exception as e:
                self.display_message('Failed when comparing:\n%s' % (e))
                self.diffView.setHtml('')
            finally:
                self.Progress.close()

    def custom_diff(self):
        """ Custom diff dialog that allows you to copy and paste content in to do
        custom diffing """

        #ToDo: Fix: Currently runs on exec and can't go back to the main dialog until closed
        customDiffDialog = DiffCustomDialog()
        customDiffDialog.show()
        customDiffDialog.exec_()

    def display_message(self, message):
        dialog = SimpleDialog(message)
        dialog.exec_()
Esempio n. 2
0
class SearchDialog(QDialog, SearchDialog.Ui_SearchDialog):
    """ The search dialog """
    def __init__(self, framework, parent=None):
        super(SearchDialog, self).__init__(parent)
        self.setupUi(self)

        self.connect(self, SIGNAL('finished()'), self.finishedHandler)

        self.framework = framework

        # progress dialog
        self.Progress = ProgressDialog(self)
        QObject.connect(self.Progress, SIGNAL('canceled()'),
                        self.canceledHandler)

        self.searchRequestResponse = RequestResponseWidget(
            self.framework, self.searchTabWidget,
            self.searchSearchControlPlaceholder, self)

        self.searchResultsModel = ResponsesDataModel.ResponsesDataModel(
            self.framework, self)
        self.searchResultsTree.setModel(self.searchResultsModel)
        self.searchResultsTree.clicked.connect(self.fill_bottom)
        self.searchResultsTree.doubleClicked.connect(
            self.response_item_double_clicked)
        self.searchResultsTree.setSortingEnabled(True)
        self.searchResultsTree.sortByColumn(0, Qt.AscendingOrder)

        self.thread = SearchThread(self.framework, self.searchResultsModel)
        self.thread.start(QThread.LowestPriority)
        self.finished.connect(self.finishedHandler)
        self.searchPushButton.pressed.connect(self.startSearch)
        self.connect(self, SIGNAL('searchFinished()'),
                     self.searchFinishedHandler, Qt.QueuedConnection)
        # Create context menu
        self.resultsContextMenu = ResponsesContextMenuWidget(
            self.framework, self.searchResultsModel, self.searchResultsTree,
            self)
        self.resultsContextMenu.set_currentChanged_callback(self.fill_bottom)

    def response_item_double_clicked(self, index):
        Id = interface.index_to_id(self.searchResultsModel, index)
        if Id:
            dialog = RequestResponseDetailDialog(self.framework, str(Id), self)
            dialog.show()
            dialog.exec_()

    def fill_bottom(self, index):
        if self.searchFilling:
            return
        Id = interface.index_to_id(self.searchResultsModel, index)
        if Id:
            self.searchRequestResponse.fill(str(Id))
            self.searchRequestResponse.set_search_info(
                str(self.searchText.text()).strip(),
                self.cbRegularExpression.isChecked())

    def startSearch(self):
        text = str(self.searchText.text()).strip()
        if 0 == len(text):
            return
        options = {
            'CaseSensitive': self.cbCaseSensitive.isChecked(),
            'RegularExpression': self.cbRegularExpression.isChecked(),
            'InvertSearch': self.cbInvertSearch.isChecked(),
            'Wildcard': self.cbWildcard.isChecked(),
        }
        locations = {
            'RequestHeaders': self.cbRequestHeaders.isChecked(),
            'RequestBody': self.cbRequestBody.isChecked(),
            'ResponseHeaders': self.cbResponseHeaders.isChecked(),
            'ResponseBody': self.cbResponseBody.isChecked(),
            'RequestUrl': self.cbRequestUrl.isChecked(),
            'AnalystNotes': self.cbAnalystNotes.isChecked(),
        }
        searchCriteria = SearchCriteria(text, options, locations)
        self.Progress.show()
        self.searchFilling = True
        self.searchRequestResponse.clear()
        self.searchResultsTree.clearSelection()
        self.searchResultsModel.clearModel()
        self.thread.startSearch(searchCriteria, self)

    def searchFinishedHandler(self):
        self.Progress.reset()
        self.searchFilling = False

    def finishedHandler(self, code):
        self.thread.emit(SIGNAL('quit()'))

    def canceledHandler(self):
        if self.Progress.wasCanceled():
            self.thread.stopSearch()

    def finishedHandler(self):
        self.thread.quit()
Esempio n. 3
0
class RaftMain(QMainWindow, RaftMain.Ui_MainWindow):
    """ Reimplementation of the imported Ui_MainWindow class """
    def __init__(self, dbfilename = '', parent=None):
        super(RaftMain, self).__init__(parent)
        if MAC:
            qt_mac_set_native_menubar(False)
        self.setupUi(self)

        # hide currently unimplemented features
        self.reqTabRawRequestTab.hide()
        self.reqTabRawRequestTab.setParent(None)
        self.wfUnusedSequenceTab.hide()
        self.wfUnusedSequenceTab.setParent(None)

        # initialize framework
        self.framework = Framework(self)

        # default filename is temp.raftdb
        if dbfilename:
            self.dbfilename = dbfilename
        else:
            self.dbfilename = self.framework.get_temp_db_filename()

        # restore settings
        self.restore_settings()

        # Create progress dialog
        self.Progress = ProgressDialog()

        # add helper and utility singletons
        # TODO: should be base extractor and that loads/returns appropriate type
        self.contentExtractor = BaseExtractor.BaseExtractor()
        self.framework.setContentExtractor(self.contentExtractor)

        # Create actions for items
        self.responsesDataTree.doubleClicked.connect(self.response_item_double_clicked)
        self.fillingDataTree = False
        self.responsesDataTree.clicked.connect(self.fill_bottom)
        self.responsesDataTree.activated.connect(self.fill_bottom)
        self.responsesDataTree.setSortingEnabled(True)
        self.responsesDataTree.sortByColumn(0, Qt.AscendingOrder)
        
        #analysis tab connections
        self.mainAnalysisTreeWidget.clicked.connect(self.analysistree_handle_click)
        self.mainAnalysisTreeWidget.activated.connect(self.analysistree_handle_click)
        self.mainAnalysisTreeWidget.expanded.connect(self.analysistree_handle_expand)
        
        self.cookiesTabIndex = self.mainTabWidget.indexOf(self.tabMainCookies)
        self.mainTabWidget.currentChanged.connect(self.main_tab_change)
        
        # Toolbar buttons and actions
        self.actionButtonOpen.triggered.connect(self.open_file)
        self.actionZoomIn.triggered.connect(self.zoom_in)
        self.actionZoomOut.triggered.connect(self.zoom_out)
        self.actionDiff.triggered.connect(self.diff)
        self.actionAnalyze.triggered.connect(self.analyze_content)
        self.actionSequence.triggered.connect(self.display_sequence)
        self.actionConfig.triggered.connect(self.display_config)
        self.actionSearch.triggered.connect(self.display_search)
        self.actionBrowser.triggered.connect(self.launch_browser)
        
        # Create the actions for the buttons
        # self.connect(self.encodeButton, SIGNAL("clicked()"), self.encode_values)
        # self.connect(self.encodeWrapButton, SIGNAL("clicked()"), self.wrap_encode)
        # self.connect(self.decodeButton, SIGNAL("clicked()"), self.decode_values)
        # self.connect(self.decodeWrapButton, SIGNAL("clicked()"), self.wrap_decode)
        
        # Actions for Menus
        self.actionNew_Project.triggered.connect(self.new_project)
        self.actionOpen.triggered.connect(self.open_file)
        self.actionSave_As.triggered.connect(self.save_as)
        self.actionImport_RaftCaptureXml.triggered.connect(lambda x: self.import_raft('raft_capture_xml'))
        self.actionImport_BurpLog.triggered.connect(lambda x: self.import_burp('burp_log'))
        self.actionImport_BurpState.triggered.connect(lambda x: self.import_burp('burp_state'))
        self.actionImport_BurpXml.triggered.connect(lambda x: self.import_burp('burp_xml'))
        self.actionImport_Burp_Vuln_XML.triggered.connect(lambda x: self.import_burp('burp_vuln_xml'))
        self.actionImport_AppScan_XML.triggered.connect(lambda x: self.import_appscan('appscan_xml'))
        self.actionImport_WebScarab.triggered.connect(self.import_webscarab)
        self.actionImport_ParosMessages.triggered.connect(lambda x: self.import_paros('paros_message'))
        self.actionRefresh_Responses.triggered.connect(self.refresh_responses)
        self.actionClear_Responses.triggered.connect(self.clear_responses)
        self.actionExport_Settings.triggered.connect(self.export_settings)
        self.actionImport_Settings.triggered.connect(self.import_settings)

        self.actionEncoder_Decoder.triggered.connect(self.detach_encoder)

        # Actions for configuration
        self.actionConfiguration_BlackHoleNetwork.triggered.connect(lambda x: self.raft_config_toggle('black_hole_network', x))
        self.actionAbout_RAFT.triggered.connect(self.display_about)
        self.actionAnalysisConfiguration.triggered.connect(self.display_analysis_config)

        # Declare, but do not fill, list of analyzers
        self.analyzerlist = AnalyzerList(self.framework)

        self.setup_others()

    def db_attach(self):
        self.framework.debug_log('Database %s attached' % (self.db))
        self.cursor = self.Data.allocate_thread_cursor()

    def db_detach(self):
        self.framework.debug_log('Database %s detached' % (self.db))
        if self.Data:
            self.close_cursor()

    def close_cursor(self):
        if self.cursor and self.Data:
            self.cursor.close()
            self.Data.release_thread_cursor(self.cursor)
            self.cursor = None

    def do_db_connect(self):
        ###
        # Set up initial data connections for tools
        ###
        self.framework.subscribe_database_events(self.db_attach, self.db_detach)

        self.Progress.show()
        # Set initial temp.raftdb file for storage of imported data.
        self.Data = database.Db(__version__, self.framework.report_exception)
        self.db = self.dbfilename
        self.databaseThread = DatabaseThread.DatabaseThread(self.framework, self.Data, self)
        self.connect(self, SIGNAL('connectDbFinished()'), self.connectDbFinishedHandler, Qt.QueuedConnection)
        self.databaseThread.start()
        self.databaseThread.connectDb(self.db, self)

    def connectDbFinishedHandler(self):
        self.framework.setDB(self.Data, self.db)
        self.actionConfiguration_BlackHoleNetwork.setChecked(self.framework.get_raft_config_value('black_hole_network', bool))
        self.Progress.close()
        self.refresh_analysis_tab()

    def setup_others(self):

        # set request response factory
        self.framework.setRequestResponseFactory(RequestResponseFactory.RequestResponseFactory(self.framework, self))

        # scoping and spider
        self.framework.setScopeController(ScopeController.ScopeController(self.framework, self))
        self.framework.setSpiderConfig(SpiderConfig.SpiderConfig(self.framework, self))

        # setup network accessmanager
        self.dbNetworkAccessManager = DatabaseNetworkAccessManager(self.framework, self.framework.get_global_cookie_jar())
        self.framework.setNetworkAccessManager(self.dbNetworkAccessManager)

        # set up tabs
        self.vulnerabilitiesTab = VulnerabilitiesTab.VulnerabilitiesTab(self.framework, self)
        self.cookiesTab = CookiesTab.CookiesTab(self.framework, self)
        self.requesterTab = RequesterTab.RequesterTab(self.framework, self)
        self.webfuzzerTab = WebFuzzerTab.WebFuzzerTab(self.framework, self)
        self.domFuzzerTab = DomFuzzerTab.DomFuzzerTab(self.framework, self)
        self.crawlerTab = CrawlerTab.CrawlerTab(self.framework, self)
        self.encoderTab = EncoderTab.EncoderTab(self.framework, self)
        self.scopingTab = ScopingTab.ScopingTab(self.framework, self)
        self.testerTab = TesterTab.TesterTab(self.framework, self)
        self.logTab = LogTab.LogTab(self.framework, self)
        self.quickAnalysisTab = QuickAnalysisTab.QuickAnalysisTab(self.framework, self)

        # sitemap
        self.siteMapRequestResponse = RequestResponseWidget(self.framework, self.sitemapTabPlaceholder, self.sitemapSearchControlPlaceholder, self)

        # TODO: cleanup site map and optimize...
        self.siteMapModel = SiteMapModel.SiteMapModel(self.framework)
        self.siteMapThread = SiteMapThread.SiteMapThread(self.framework, self.siteMapModel, self)
        self.siteMapThread.start(QThread.LowestPriority)

        self.importerThread = ImporterThread.ImporterThread(self.framework, self)
        self.connect(self, SIGNAL('runImportFinished()'), self.import_file_finished, Qt.QueuedConnection)
        self.importerThread.start(QThread.LowestPriority)

        self.treeViewSitemap.setContextMenuPolicy(Qt.CustomContextMenu)
        self.treeViewSitemapMenu = QMenu(self)
        treeViewSitemapCopyUrlAction = QAction("Copy URL", self)
        treeViewSitemapCopyUrlAction.triggered.connect(self.sitemap_copy_url)
        self.treeViewSitemapMenu.addAction(treeViewSitemapCopyUrlAction)

        self.connect(self.treeViewSitemap, SIGNAL('customContextMenuRequested(const QPoint &)'), self.sitemap_context_menu) 
        self.treeViewSitemap.activated.connect(self.siteMapRequestResponse.viewItemSelected)
        # TODO: clicked is annoying sometimes
        self.treeViewSitemap.clicked.connect(self.siteMapRequestResponse.viewItemSelected)
        self.treeViewSitemap.setModel(self.siteMapModel)

        # view tab
        self.viewTabRequestResponse = RequestResponseWidget(self.framework, self.responseTabPlaceholder, self.responseSearchControlPlaceholder, self)

        # Responses data
        self.responsesDataModel = ResponsesDataModel.ResponsesDataModel(self.framework, self)
        self.responsesDataTree.setModel(self.responsesDataModel)
        self.responsesThread = ResponsesThread.ResponsesThread(self.framework, self.responsesDataModel, self)
        self.responsesThread.start(QThread.LowPriority)
        self.connect(self, SIGNAL('fillResponsesFinished()'), self.fillResponsesFinishedHandler, Qt.QueuedConnection)
        self.responsesContextMenu = ResponsesContextMenuWidget(self.framework, self.responsesDataModel, self.responsesDataTree, self)
        self.responsesContextMenu.set_currentChanged_callback(self.fill_bottom)

        #analysis results tab
        #add response widget to the bottom
        self.mainAnalysisTabRequestResponse = RequestResponseWidget(self.framework, self.mainAnalysisTabPlaceholder, self.mainAnalysisSearchControlPlaceholder, self)

        self.analyzerThread = AnalyzerThread.AnalyzerThread(self.framework, self)
        self.connect(self, SIGNAL('runAnalysisFinished(QString)'), self.handle_runAnalysisFinished, Qt.QueuedConnection)
        self.analyzerThread.start(QThread.LowestPriority)

        # dom fuzzer thread
        self.domFuzzerQueueDataModel = DomFuzzerQueueDataModel.DomFuzzerQueueDataModel(self.framework, self)
        self.domFuzzerFuzzQueueTable.setModel(self.domFuzzerQueueDataModel)
        self.domFuzzerResultsDataModel = DomFuzzerResultsDataModel.DomFuzzerResultsDataModel(self.framework, self)
        self.domFuzzerResultsTreeView.setModel(self.domFuzzerResultsDataModel)
        self.domFuzzerThread = DomFuzzerThread.DomFuzzerThread(self.framework, self.domFuzzerQueueDataModel, self.domFuzzerResultsDataModel,  self)
        self.domFuzzerThread.start(QThread.LowestPriority)
        self.domFuzzerTab.set_fuzzer_thread(self.domFuzzerThread)
        self.domFuzzerTab.setup_fuzzer_results_treeview()

        # spider thread
        self.spiderQueueDataModel = SpiderQueueDataModel.SpiderQueueDataModel(self.framework, self)
        self.crawlerSpiderQueueTreeView.setModel(self.spiderQueueDataModel)
        self.spiderPendingResponsesDataModel = SpiderPendingResponsesDataModel.SpiderPendingResponsesDataModel(self.framework, self)
        self.crawlerSpiderPendingResponsesTreeView.setModel(self.spiderPendingResponsesDataModel)
        self.spiderPendingAnalysisDataModel = SpiderPendingAnalysisDataModel.SpiderPendingAnalysisDataModel(self.framework, self)
        self.crawlerSpiderPendingAnalysisTreeView.setModel(self.spiderPendingAnalysisDataModel)
        self.spiderInternalStateDataModel = SpiderInternalStateDataModel.SpiderInternalStateDataModel(self.framework, self)
        self.crawlerSpiderInternalStateTreeView.setModel(self.spiderInternalStateDataModel)
        self.spiderThread = SpiderThread.SpiderThread(self.framework, self.spiderQueueDataModel, self.spiderPendingResponsesDataModel, self.spiderPendingAnalysisDataModel, self.spiderInternalStateDataModel, self)
        self.spiderThread.start(QThread.LowestPriority)
        self.crawlerTab.set_spider_thread(self.spiderThread)

        # quick analysis thread
        self.quickAnalysisThread = QuickAnalysisThread.QuickAnalysisThread(self.framework, self)
        self.quickAnalysisThread.start(QThread.LowestPriority)
        self.quickAnalysisTab.set_quick_analysis_thread(self.quickAnalysisThread)

        # handlers
        self.framework.register_browser_openers(self.open_url_in_browser, self.open_content_in_browser)

        self.do_db_connect()

    def fillResponses(self, fillAll = False):
        self.Progress.show()
        self.fillingDataTree = True
        self.fillAll = fillAll
        self.responsesThread.fillResponses(fillAll, self)

    def fillResponsesFinishedHandler(self):
        self.Progress.close()
        self.fillingDataTree = False

        self.siteMapThread.populateSiteMap(self.fillAll)
        
    def restore_settings(self):
        # TODO: make constants make sense
        settings = QSettings('RaftDev', 'Raft');
        saved = settings.value('RaftMain/geometry')
        if saved is not None:
            self.restoreGeometry(saved);

    def closeEvent(self, event):
        settings = QSettings('RaftDev', 'Raft');
        settings.setValue('RaftMain/geometry', self.saveGeometry());
        QWidget.closeEvent(self, event)

    def create_file(self):
        """ Open a dialog and allow for specifying a filename as well as creating a new database """
        
        file = QFileDialog.getSaveFileName(None, "Create File", "")
        self.Data.create_raft_db(str(file), __version__)

    def new_project(self):
        # Support '.raftdb' file types
        file = QFileDialog.getSaveFileName(None, "Create new RAFT DB file", "", "RAFT Database File (*.raftdb)")

        if file:
            self.Progress.show()
            try:
                # Reinitialize with the database value set from new db name
                self.framework.closeDB()

                # 2 seconds to settle
                QThread.sleep(2) 

                self.db = str(file)
                self.databaseThread.connectDb(self.db, self)
            finally:
                self.Progress.close()

    def open_file(self):
        """ Open File from file open dialog """
        
        file = QFileDialog.getOpenFileName(None, "Open file", "")
            
        if file != "":
            origdb = self.db
            self.Progress.show()
            # Reinitialize with the database value set
            self.framework.closeDB()
            self.db = str(file)
            self.databaseThread.connectDb(self.db, self)
        else:
            pass
        
    def save_as(self):
        """ Dialog and logic to save the temp.raftdb file to a working database """
        
        # Support '.db' file types
        file = QFileDialog.getSaveFileName(None, "Save to RAFT DB file", "", "RAFT Database File (*.raftdb)")

        if file:
            self.Progress.show()
            try:
                # Reinitialize with the database value set from new db name
                self.framework.closeDB()

                # 5 seconds to settle
                QThread.sleep(2) 

                # New db location
                new_db = str(file)
                shutil.move(self.db, new_db)
                self.db = new_db

                self.databaseThread.connectDb(self.db, self)
            finally:
                self.Progress.close()

    def refresh_responses(self):
        self.fillResponses(True)

    def clear_responses(self):
        response = self.display_confirm_dialog('Clear All Responses?\n\nAll response data will be permanently removed from the project database!')
        if response:
            self.Progress.show()
            try:
                # Truncate existing response values
                self.Data.truncate_response_data(self.cursor)
                self.framework.closeDB()
                self.databaseThread.connectDb(self.db, self)
            finally:
                self.Progress.close()

    def export_settings(self):
        filename = QFileDialog.getSaveFileName(None, "Export RAFT Settings", "", "RAFT Settings File (*.raftsettings)")
        if filename:
            self.Progress.show()
            SettingsFiles.process_export(self.framework, filename)
            self.Progress.close()

    def import_settings(self):
        filename = QFileDialog.getOpenFileName(None, "Import RAFT Settings", "", "RAFT Settings File (*.raftsettings)")
        if filename:
            self.Progress.show()
            SettingsFiles.process_import(self.framework, filename)
            self.Progress.close()
        
    def import_file_finished(self):
        self.Progress.close()
        self.fillResponses()
        
    def import_proxy_file(self, proxy_file, source):
        self.Progress.show()
        self.importerThread.runImport(importers, proxy_file, source, self)

    def import_proxy_files(self, proxy_filelist, source):
        self.Progress.show()
        self.importerThread.runImportList(importers, proxy_filelist, source, self)

    def import_burp(self, source):
        """ Import a Burp proxy log """
        files = QFileDialog.getOpenFileNames(None, "Open file", "")
        if files is not None:
            self.import_proxy_files(files, source)

    def import_appscan(self, source):
        """ Import an AppScan XML file """
        files = QFileDialog.getOpenFileNames(None, "Open file", "")
        if files is not None:
            self.import_proxy_files(files, source)

    def import_raft(self, source):
        """ Import a Raft Capture XML """
        files = QFileDialog.getOpenFileNames(None, "Open file", "")
        if files is not None:
            self.import_proxy_files(files, source)

    def import_webscarab(self, source):
        """ Import a WebScarab conversation log """

        # TODO: decide if there is a more friendly way to handle this
#        file = QFileDialog.getExistingDirectory(None, "Open saved conversation", "")
        file = QFileDialog.getOpenFileName(None, "Open saved conversation", "", "Converstation Log (conversationlog)")

        if file:
            self.import_proxy_file(str(file), 'webscarab')

    def import_paros(self, source):
        """ Import a Paros proxy log """
        
        file = QFileDialog.getOpenFileName(None, "Open file", "")

        if file:
            self.import_proxy_file(str(file), source)

################################################
# Is this section still being used now we are depend on the AnalyzerThread?  Can we rip it out?

    def analyze_content(self):
        """ Perform analysis on the captured content"""
        self.Progress.show()
        self.analyzerThread.runAnalysis(self)

    def handle_runAnalysisFinished(self, fullanalysistext = ''):
        self.Progress.close()
        #self.mainAnalysisEdit.setText(fullanalysistext)
        #self.refresh_analysis_tab()
        self.analysis_tab_add_results(None)

    def refresh_analysis_tab(self):
        self.runsdisplayed=list()
        
        rundata=self.Data.analysis_get_runs(self.cursor)
        self.populate_analysis_tree(rundata)
    
    def analysis_tab_add_results(self,results):
        rundata=self.Data.analysis_get_runs(self.cursor, lastx=1)
        self.populate_analysis_tree(rundata)
    
    def populate_analysis_tree(self,rundata):
        virtualparent=self.mainAnalysisTreeWidget.invisibleRootItem()
        resultfactory=ResultFactory()
        for run in rundata:
            runid=run[0]
            if runid not in self.runsdisplayed:
                self.runsdisplayed.append(runid)
                tempRun=AnalysisRun(run[1], run[2],resultfactory)
                tempRun.runid=runid
                tempRun.dbgenerated=True
                runtreeitem=tempRun.generateTreeItem(virtualparent)
                runtreeitem.customdata=tempRun
                tempRun.generateTreeChildren(self.Data,self.cursor,runtreeitem)

        
            
    def analysistree_handle_expand(self, index):
        item=self.mainAnalysisTreeView.itemFromIndex(index)
        item.wasexpanded=True
        self.analysistree_load_grandchildren(item)
                
    def analysistree_load_grandchildren(self, item):
        #For each child of this item:
        numchildren=item.childCount()
        for i in range(0,numchildren):
            childitem=item.child(i)
            childitem.wasexpanded=True
            #If the childitem doesn't have children, make them:
            if childitem.childCount()==0:
                childitem.customdata.generateTreeChildren(self.Data,self.cursor,childitem)
                childitem.wasexpanded=True

    def analysistree_handle_click(self, index):
        
        item=self.mainAnalysisTreeWidget.itemFromIndex(index)
        if hasattr(item,'customdata'):
            self.analysistree_load_decendants_to_bottom(item)
            self.mainAnalysisEdit.setText(item.customdata.toHTML())
        
            self.fill_analysis_request_response(item)
            
            if hasattr(item.customdata, 'getFoundData'):
                founddata=item.customdata.getFoundData()
                if founddata is not None:
                    self.set_analysis_request_response_highlight('response',founddata)

    def set_analysis_request_response_highlight(self, section, searchtext):
        self.mainAnalysisTabRequestResponse.set_search(section, searchtext)

    def analysistree_load_decendants_to_bottom(self,item):
        numchildren=item.childCount()
        if hasattr(item,'customdata') and numchildren==0: #(not hasattr(item,'wasexpanded') or not item.wasexpanded): 
            item.customdata.generateTreeChildren(self.Data, self.cursor, item)
            item.wasexpanded=True
        for i in range(0,numchildren):
            self.analysistree_load_decendants_to_bottom(item.child(i))
             
        

    def response_item_double_clicked(self, index):
        Id = interface.index_to_id(self.responsesDataModel, index)
        if Id:
            dialog = RequestResponseDetailDialog(self.framework, Id, self)
            dialog.show()
            dialog.exec_()

    def fill_bottom(self, index):
        """ Return the data from the database and fill bottom part of main window """
        if self.fillingDataTree:
            return
        Id = interface.index_to_id(self.responsesDataModel, index)
        if Id:
            self.viewTabRequestResponse.fill(str(Id))
    
    def fill_analysis_request_response(self, item):
        """ Return the data from the database and fill bottom part of main window """
        
        pageid=None

        for possible in (item, item.parent()):
            if hasattr(possible,"customdata") and hasattr(possible.customdata,"pageid"):
                    pageid=possible.customdata.pageid
                    break

        if pageid is not None:
            self.mainAnalysisTabRequestResponse.fill(str(pageid))
    
    ####
    # Requester tool section
    ####

    def main_tab_change(self):
        """ This function fires when the main tab widget changes. """
        
        position = self.mainTabWidget.currentIndex()
        
        if self.cookiesTabIndex == position:
            self.cookiesTab.fill_cookies_tab()
    
    ####
    # Web Fuzzer tool section
    ####
        
    def check_content_type(self, content):
        """ Check the content type of submitted content """
        
        # TODO: improve these to match tighter
        pattern_xml = re.compile("xml", re.I)
        pattern_js = re.compile("javascript", re.I)
        pattern_json = re.compile("json", re.I)
        pattern_css = re.compile("css", re.I)
        
        # Return the lexer type
        if pattern_xml.search(content):
            return("xml")
        elif pattern_js.search(content):
            return("javascript")
        elif pattern_json.search(content):
            return("javascript")
        elif pattern_css.search(content):
            return("css")
        else:
            return(None)

    def zoom_in(self):
        """ Zoom in on the items in the selected tab """
        self.framework.signal_zoom_in()

    def zoom_out(self):
        """ Zoom out on the items in the selected tab """
        self.framework.signal_zoom_out()

    def sitemap_context_menu(self, point):
        """ Display the context menu for the sitemap """
        self.treeViewSitemapMenu.exec_(self.treeViewSitemap.mapToGlobal(point))

    def sitemap_copy_url(self):
        index = self.treeViewSitemap.currentIndex()
        if index and index.isValid():
            obj = index.internalPointer()
            if obj.url:
                QApplication.clipboard().setText(obj.url)

    def diff(self):
        """ Launch Diff dialog and Diff 2 responses """
        
        myDiffDialog = DiffDialog(self.framework)
        myDiffDialog.show()
        myDiffDialog.exec_()

    def raft_config_toggle(self, configName, status):
        configValue = 'False'
        if status:
            configValue = 'True'
        self.framework.set_raft_config_value(configName, configValue)

    def display_about(self):
        dialog = RaftAboutDialog()
        dialog.show()
        dialog.exec_()
        
    def display_message(self, message):
        dialog = SimpleDialog(message)
        dialog.exec_()

    def display_confirm_dialog(self, message):
        response = QMessageBox.question(self, 'Confirm', message, QMessageBox.Yes | QMessageBox.No, QMessageBox.No)
        if 0 != (response & QMessageBox.Yes):
            return True
        else:
            return False
    
    def detach_encoder(self):
        index = self.mainTabWidget.indexOf(self.tabMainEncoder)
        if -1 != index:
            tabText = self.mainTabWidget.tabText(index)
            dialog = QDialog()
            dialog.setWindowTitle(tabText)
            verticalLayout = QVBoxLayout(dialog)
            tabWidget = QTabWidget(dialog)
            verticalLayout.addWidget(tabWidget)
            self.tabMainEncoder.setParent(tabWidget)
            tabWidget.addTab(self.tabMainEncoder, tabText)
            dialog.finished.connect(lambda code: self.reattach_encoder(code, index))
            dialog.show()
            dialog.exec_()

    def reattach_encoder(self, code, index):
        self.tabMainEncoder.setParent(self.mainTabWidget)
        self.mainTabWidget.insertTab(index, self.tabMainEncoder, 'Encoder')
        
    def display_config(self):
        dialog = ConfigDialog(self.framework, self)
        dialog.show()
        dialog.exec_()
        
    def display_analysis_config(self):
        dialog = AnalysisConfigDialog(self.framework, self)
        
        #Instantiate all found analyzers
        self.analyzerlist.instantiate_analyzers(useallanalyzers=True)
        analyzerdict=TreeWidgetTools.obj_list_to_dict(self.analyzerlist, valueattr='isenabled')
        
        TreeWidgetTools.populate_tree_widget(dialog.analyzerList,analyzerdict)
        dialog.analyzerList.setSortingEnabled(True)
        dialog.analyzerList.sortItems(0,0)
        #generated.setParent(dialog.LeftWidget)
        #dialog.verticalLayoutTopLeft.addWidget(generated)
        
        #dialog.analyzerList=generated
        
        dialog.analyzerList.clicked.connect(dialog.viewItemSelected)
        dialog.defaultsButton.clicked.connect(dialog.defaultsButtonClicked)
        dialog.saveAllButton.clicked.connect(dialog.saveAllButtonClicked)
        dialog.closeButton.clicked.connect(dialog.closeButtonClicked)
        dialog.saveButton.clicked.connect(dialog.saveButtonClicked)
        dialog.addnodeButton.clicked.connect(dialog.addnodeButtonClicked)
        dialog.delnodeButton.clicked.connect(dialog.delnodeButtonClicked)
        
        #Setup complete, display dialog
        dialog.show()
        dialog.exec_()
        
    def display_sequence(self):
        dialog = SequenceDialog(self.framework)
        dialog.show()
        dialog.exec_()

    def display_search(self):
        dialog = SearchDialog(self.framework, self)
        dialog.show()
        dialog.exec_()

    def launch_browser(self):
        dialog = RaftBrowserDialog(self.framework, self)
        dialog.show()
        dialog.exec_()

    def open_url_in_browser(self, url):
        options = {'url':url}
        dialog = RaftBrowserDialog(self.framework, self, options)
        dialog.show()
        dialog.exec_()

    def open_content_in_browser(self, url, body, mimetype = ''):
        options = {'url':url, 'body':body, 'mimetype':mimetype}
        dialog = RaftBrowserDialog(self.framework, self, options)
        dialog.show()
        dialog.exec_()
        
    def test(self):
        """ Test Function """
        print("hello world")
Esempio n. 4
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class SearchDialog(QDialog, SearchDialog.Ui_SearchDialog):
    """ The search dialog """
    
    def __init__(self, framework, parent=None):
        super(SearchDialog, self).__init__(parent)
        self.setupUi(self)

        self.connect(self, SIGNAL('finished()'), self.finishedHandler)

        self.framework = framework

        # progress dialog
        self.Progress = ProgressDialog(self)
        QObject.connect(self.Progress, SIGNAL('canceled()'), self.canceledHandler)

        self.searchRequestResponse = RequestResponseWidget(self.framework, self.searchTabWidget, self.searchSearchControlPlaceholder, self)

        self.searchResultsModel = ResponsesDataModel.ResponsesDataModel(self.framework, self)
        self.searchResultsTree.setModel(self.searchResultsModel)
        self.searchResultsTree.clicked.connect(self.fill_bottom)
        self.searchResultsTree.doubleClicked.connect(self.response_item_double_clicked)
        self.searchResultsTree.setSortingEnabled(True)
        self.searchResultsTree.sortByColumn(0, Qt.AscendingOrder)

        self.thread = SearchThread(self.framework, self.searchResultsModel)
        self.thread.start(QThread.LowestPriority)
        self.finished.connect(self.finishedHandler)
        self.searchPushButton.pressed.connect(self.startSearch)
        self.connect(self, SIGNAL('searchFinished()'), self.searchFinishedHandler, Qt.QueuedConnection)
        # Create context menu
        self.resultsContextMenu = ResponsesContextMenuWidget(self.framework, self.searchResultsModel, self.searchResultsTree, self)
        self.resultsContextMenu.set_currentChanged_callback(self.fill_bottom)

    def response_item_double_clicked(self, index):
        Id = interface.index_to_id(self.searchResultsModel, index)
        if Id:
            dialog = RequestResponseDetailDialog(self.framework, str(Id), self)
            dialog.show()
            dialog.exec_()

    def fill_bottom(self, index):
        if self.searchFilling:
            return
        Id = interface.index_to_id(self.searchResultsModel, index)
        if Id:
            self.searchRequestResponse.fill(str(Id))
            self.searchRequestResponse.set_search_info(str(self.searchText.text()).strip(), self.cbRegularExpression.isChecked())

    def startSearch(self):
        text = str(self.searchText.text()).strip()
        if 0 == len(text):
            return
        options = {
            'CaseSensitive' : self.cbCaseSensitive.isChecked(),
            'RegularExpression' : self.cbRegularExpression.isChecked(),
            'InvertSearch' : self.cbInvertSearch.isChecked(),
            'Wildcard' : self.cbWildcard.isChecked(),
            }
        locations = {
            'RequestHeaders' : self.cbRequestHeaders.isChecked(),
            'RequestBody' : self.cbRequestBody.isChecked(),
            'ResponseHeaders' : self.cbResponseHeaders.isChecked(),
            'ResponseBody' : self.cbResponseBody.isChecked(),
            'RequestUrl' : self.cbRequestUrl.isChecked(),
            'AnalystNotes' : self.cbAnalystNotes.isChecked(),
            }
        searchCriteria = SearchCriteria(text, options, locations)
        self.Progress.show()
        self.searchFilling = True
        self.searchRequestResponse.clear()
        self.searchResultsTree.clearSelection()
        self.searchResultsModel.clearModel()
        self.thread.startSearch(searchCriteria, self)

    def searchFinishedHandler(self):
        self.Progress.reset()
        self.searchFilling = False

    def finishedHandler(self, code):
        self.thread.emit(SIGNAL('quit()'))

    def canceledHandler(self):
        if self.Progress.wasCanceled():
            self.thread.stopSearch()
    
    def finishedHandler(self):
        self.thread.quit()
Esempio n. 5
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class DiffDialog(QDialog, DiffDialog.Ui_DiffDialog):
    """ Visual dialog that allows for the diffing of two responses """
    
    def __init__(self, framework, parent=None):
        super(DiffDialog, self).__init__(parent)
        self.setupUi(self)

        self.framework = framework
        self.Progress = ProgressDialog()
        self.framework.subscribe_add_differ_response_id(self.differ_add_response_id)

        # Create progress dialog
        self.customButton.clicked.connect(self.custom_diff)
        self.leftTree.itemSelectionChanged.connect(self.diff_items)
        self.rightTree.itemSelectionChanged.connect(self.diff_items)
        self.clearButton.clicked.connect(self.clear_items)

        self.Data = None
        self.cursor = None
        self.framework.subscribe_database_events(self.db_attach, self.db_detach)

    def db_attach(self):
        self.Data = self.framework.getDB()
        self.cursor = self.Data.allocate_thread_cursor()
        self.populate_differ_ids()

    def db_detach(self):
        self.clear_items()
        self.close_cursor()
        self.Data = None

    def close_cursor(self):
        if self.cursor and self.Data:
            self.cursor.close()
            self.Data.release_thread_cursor(self.cursor)
            self.cursor = None

    def populate_differ_ids(self):
        for row in self.Data.get_differ_ids(self.cursor):
            # TODO: add constants?
            self.leftTree.addTopLevelItem(QTreeWidgetItem([str(row[0]), str(row[1])]))
            self.rightTree.addTopLevelItem(QTreeWidgetItem([str(row[0]), str(row[1])]))

    def differ_add_response_id(self, Id):

        row = self.Data.read_responses_by_id(self.cursor, Id)
        if not row:
            return

        responseItems = [m or '' for m in list(row)]

        self.leftTree.addTopLevelItem(QTreeWidgetItem([str(row[ResponsesTable.ID]), str(row[ResponsesTable.URL])]))
        self.rightTree.addTopLevelItem(QTreeWidgetItem([str(row[ResponsesTable.ID]), str(row[ResponsesTable.URL])]))

    def clear_items(self):
        self.leftTree.clear()
        self.rightTree.clear()
        self.Data.clear_differ_items(self.cursor)

    def diff_items(self):
        """ Diff the selected items in the two panes """
        
        differ = difflib.HtmlDiff(wrapcolumn=50)
        
        # Passes if only one item is selected, otherwise it would error
        leftItem = self.leftTree.currentItem()
        rightItem = self.rightTree.currentItem()
        if leftItem is not None and rightItem is not None:
            try:
                self.Progress.show()

                leftIndex = str(leftItem.text(0))
                rightIndex = str(rightItem.text(0))
                if leftIndex != rightIndex:
                    # TODO: take content types into account
                    # TODO: can a initial match be done to detect when comparing extremely disimilar types
                    #       compute character distribution, check standard deviation
                    # TODO: this should be run in a background thread to avoid starving main loop
                    dbResponse = self.Data.read_responses_by_id(self.cursor, leftIndex)
                    leftHtml = str(dbResponse[ResponsesTable.RES_DATA])
                    dbResponse = self.Data.read_responses_by_id(self.cursor, rightIndex)
                    rightHtml = str(dbResponse[ResponsesTable.RES_DATA])
                    diffHtml = differ.make_file(leftHtml.splitlines(), rightHtml.splitlines())
                    self.diffView.setHtml(diffHtml)
                else:
                    self.diffView.setHtml('')
            except Exception as e:
                self.display_message('Failed when comparing:\n%s' % (e))
                self.diffView.setHtml('')
            finally:
                self.Progress.close()
        
    def custom_diff(self):
        """ Custom diff dialog that allows you to copy and paste content in to do
        custom diffing """
        
        #ToDo: Fix: Currently runs on exec and can't go back to the main dialog until closed
        customDiffDialog = DiffCustomDialog()
        customDiffDialog.show()
        customDiffDialog.exec_()

    def display_message(self, message):
        dialog = SimpleDialog(message)
        dialog.exec_()