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How to use _assertion method in pyshould

Best Python code snippet using pyshould_python

KeyReportAssertions.py

Source:KeyReportAssertions.py

1# -*- coding: utf-8 -*-2# -*- mode: Python -*-3# Leidokos-Python -- Wraps Kaleidoscope modules' c++4#    code to be available in Python programs.5# Copyright (C) 2017 noseglasses <shinynoseglasses@gmail.com>6#7# This program is free software: you can redistribute it and/or modify8# it under the terms of the GNU General Public License as published by9# the Free Software Foundation, either version 3 of the License, or10# (at your option) any later version.11#12# This program is distributed in the hope that it will be useful,13# but WITHOUT ANY WARRANTY; without even the implied warranty of14# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the15# GNU General Public License for more details.16#17# You should have received a copy of the GNU General Public License18# along with this program.  If not, see <http://www.gnu.org/licenses/>.19#20# For documentation style see http://www.sphinx-doc.org/en/stable/ext/napoleon.html21import kaleidoscope22from kaleidoscope import *23from _Assertion import _Assertion24class ReportKeyActive(_Assertion):25   """ Asserts that a specific key is active in the keyboard report.26   27      Args:28         key (Key): The key tested for being active.29   """30   31   def __init__(self, key):32      _Assertion.__init__(self)33      self.key = key34      35   def _description(self):36      return "Key %s active" % str(kaleidoscope.keyToName(self.key))37   def _evalInternal(self, keyReport):38      return keyReport.isKeyActive(self.key)39   40class ReportKeyInactive(_Assertion):41   """ Asserts that a specific key is inactive in the keyboard report.42   43      Args:44         key (Key): The key tested for being inactive.45   """46   47   def __init__(self, key):48      _Assertion.__init__(self)49      self.key = key50      51   def _description(self):52      return "Key %s inactive" % str(kaleidoscope.Key.keyToName(self.key))53   def _evalInternal(self, keyReport):54      return not keyReport.isKeyActive(self.key)55   56class ReportKeycodeActive(_Assertion):57   """ Asserts that a specific keycode is active in the keyboard report.58   59      Args:60         keycode (int): The keycode tested for being active.61   """62   63   def __init__(self, keycode):64      _Assertion.__init__(self)65      self.keycode = keycode66      67   def _description(self):68      return "Keycode %s active" % str(kaleidoscope.Key.keycodeToName(self.keycode))69   def _evalInternal(self, keyReport):70      return keyReport.isKeycodeActive(self.keycode)71   72class ReportKeycodeInactive(_Assertion):73   """ Asserts that a specific key is inactive in the keyboard report.74   75      Args:76         keycode (int): The key tested for being inactive.77   """78   79   def __init__(self, keycode):80      _Assertion.__init__(self)81      self.keycode = keycode82      83   def _description(self):84      return "Keycode %s inactive" % str(kaleidoscope.Key.keycodeToName(self.keycode))85   def _evalInternal(self, keyReport):86      return not keyReport.isKeycodeActive(self.keycode)87   88class ReportKeysActive(_Assertion):89   """ Asserts that a specific list of keys is active in the keyboard report.90   91      Args:92         keys (list): A list of keys tested for being active.93         exclusively (boolean): It True, no other keycodes than the ones supplied 94                          are tolerated active.95   """96   97   def __init__(self, keys, exclusively = True):98      _Assertion.__init__(self)99      self.keys = keys100      self.exclusively = exclusively101      102   def _description(self):103      return "Keys active (%s)" % " ".join("'%s\'" % kaleidoscope.keyToName(x) for x in self.keys)104   def _evalInternal(self, keyReport):105      106      activeKeycodes = keyReport.getActiveKeycodes()107      108      for key in self.keys:109         if key.keyCode not in activeKeycodes:110            return False111      112      if self.exclusively:113         if len(activeKeycodes) != len(self.keys):114            return False115         116      return True117   118class ReportModifierActive(_Assertion):119   """ Asserts that a specific modifier is active in the keyboard report.120   121      Args:122         modifier (int): The modifier tested for being active.123   """124   125   def __init__(self, modifier):126      _Assertion.__init__(self)127      self.modifier = modifier128      129   def _description(self):130      return "Modifier %s active" % str(kaleidoscope.modifierKeyToName(self.modifier))131   def _evalInternal(self, keyReport):132      return keyReport.isModifierActive(self.modifier)133   134class ReportModifierInactive(_Assertion):135   """ Asserts that a specific modifier is inactive in the keyboard report.136   137      Args:138         modifier (int): The modifier tested for being inactive.139   """140   141   def __init__(self, modifier):142      _Assertion.__init__(self)143      self.modifier = modifier144      145   def _description(self):146      return "Modifier %s inactive" % str(kaleidoscope.modifierKeyToName(self.modifier))147   def _evalInternal(self, keyReport):148      return not keyReport.isModifierActive(self.modifier)149   150class ReportAnyModifiersActive(_Assertion):151   """ Asserts that any modifiers are active in a key report.152   """153      154   def _description(self):155      return "Any modifiers active"156   def _evalInternal(self, keyReport):157      return keyReport.isAnyModifierActive()158   159class ReportAllModifiersInactive(_Assertion):160   """ Asserts that all modifiers are inactive in a key report.161   """162      163   def _description(self):164      return "All modifiers inactive"165   def _evalInternal(self, keyReport):166      return not keyReport.isAnyModifierActive()167   168class ReportModifiersActive(_Assertion):169   """ Asserts that a specific list of modifiers is active in the keyboard report.170   171      Args:172         modifierKeys (list): A list of modifiers keys tested for being active.173         exclusively (boolean): It True, no other modifiers than the ones supplied 174                          are tolerated active.175   """176   177   def __init__(self, modifierKeys, exclusively = True):178      _Assertion.__init__(self)179      self.modifierKeys = modifierKeys180      self.exclusively = exclusively181      182   def _description(self):183      return "Modifiers active (%s)" % " ".join(kaleidoscope.modifierKeyToName(x) for x in self.modifierKeys)184   def _evalInternal(self, keyReport):185      186      activeModifiers = keyReport.getActiveModifiers()187      188      for mod in self.modifierKeys:189         if mod.keyCode not in activeModifiers:190            return False191      192      if self.exclusively:193         if len(activeModifiers) != len(self.modifierKeys):194            return False195         196      return True197   198class ReportAnyKeysActive(_Assertion):199   """ Asserts that any keys are active in a key report.200   """201      202   def _description(self):203      return "Any keys active"204   def _evalInternal(self, keyReport):205      return keyReport.isAnyKeyActive()206   207class ReportAllKeysInactive(_Assertion):208   """ Asserts that all keys are inactive in a key report.209   """210      211   def _description(self):212      return "All keys inactive"213   def _evalInternal(self, keyReport):214      return not keyReport.isAnyKeyActive()215   216class ReportEmpty(_Assertion):217   """ Asserts that a key report is empty.218   """219      220   def _description(self):221      return "Report empty"222   def _evalInternal(self, keyReport):223      return keyReport.isEmpty()224   225class ReportNotEmpty(_Assertion):226   """ Asserts that a key report is notempty.227   """228      229   def _description(self):230      return "Report not empty"231   def _evalInternal(self, keyReport):232      return not keyReport.isEmpty()233   234class ReportNthInCycle(_Assertion):235   """ Asserts that a report is the nth in its current cycle.236   237      Args:238         n (int): The report count.239   """240   241   def __init__(self, n):242      _Assertion.__init__(self)243      self.n = n244   245   def _description(self):246      return "Is %d. report in cycle" % self.n247   def _evalInternal(self, keyReport):248      return self._getTestDriver().nReportsInCycle == self.n249   250   def _actualState(self):251      return "%d. report in cycle" % self._getTestDriver().nReportsInCycle252   253class DumpReport(_Assertion):254   """ Dumps the current keyboard report. """255   256   def _evalInternal(self, keyReport):257      self.keyReport = keyReport258      return True259   260   def _description(self):...

magic.py

Source:magic.py

1from IPython.core.magic import magics_class, line_cell_magic, Magics2from IPython.core.magic_arguments import argument, magic_arguments, parse_argstring3import warnings4from .rules_utils import quick_assert_fact, quick_retract_fact, quick_post_event, _delete_state5# TO DO - things are passed in from the magic as strings6# Should we try to cast them to eg int, float, list, tuple, dict?7@magics_class8class DurableRulesMagic(Magics):9    def __init__(self, shell, cache_display_data=False):10        super(DurableRulesMagic, self).__init__(shell)11        self.graph = None12        self.RULESET = None13    @line_cell_magic14    @magic_arguments()15    @argument('--ruleset', '-r', default='', help='Ruleset name.')16    @argument('--no-reset', action='store_false', help='Disable automatic state deletion.')17    def assert_facts(self, line, cell):18        "Assert and/or retract several facts."19        args = parse_argstring(self.assert_facts, line)20        if not args.ruleset and self.RULESET is None:21            warnings.warn("You must provide a ruleset reference (--ruleset/-r RULESET).")22            return23        elif args.ruleset:24            self.RULESET = self.shell.user_ns[args.ruleset]25        _ruleset = self.RULESET26        #print(_ruleset)27        if args.no_reset:28            _delete_state(_ruleset)29        for _assertion in cell.split('\n'):30            if _assertion.startswith('-'):31                quick_retract_fact(_ruleset, _assertion.lstrip('-'))32            elif not _assertion.startswith('#'):33                quick_assert_fact(_ruleset, _assertion)34    @line_cell_magic35    @magic_arguments()36    @argument('--ruleset', '-r', default='', help='Ruleset name.')37    @argument('--no-reset', action='store_false', help='Disable automatic state deletion.')38    def retract_facts(self, line, cell):39        "Retract and/or assert several facts."40        args = parse_argstring(self.retract_facts, line)41        if not args.ruleset and self.RULESET is None:42            warnings.warn("You must provide a ruleset reference (--ruleset/-r RULESET).")43            return44        elif args.ruleset:45            self.RULESET = self.shell.user_ns[args.ruleset]46        _ruleset = self.RULESET47        #print(_ruleset)48        if args.no_reset:49            _delete_state(_ruleset)50        for _assertion in cell.split('\n'):51            if _assertion.startswith('*'):52                quick_assert_fact(_ruleset, _assertion.lstrip('-'))53            elif not _assertion.startswith('#'):54                quick_retract_fact(_ruleset, _assertion)55    @line_cell_magic56    @magic_arguments()57    @argument('--ruleset', '-r', default='', help='Ruleset name.')58    @argument('--no-reset', action='store_false', help='Disable automatic state deletion.')59    def post_events(self, line, cell):60        "Post several events."61        args = parse_argstring(self.post_events, line)62        if not args.ruleset and self.RULESET is None:63            warnings.warn("You must provide a ruleset reference (--ruleset/-r RULESET).")64            return65        elif args.ruleset:66            self.RULESET = self.shell.user_ns[args.ruleset]67        _ruleset = self.RULESET68        #print(_ruleset)69        if args.no_reset:70            _delete_state(_ruleset)71        for _assertion in cell.split('\n'):72            if not _assertion.startswith('#'):73                quick_post_event(_ruleset, _assertion)74    @line_cell_magic75    @magic_arguments()76    @argument('--ruleset', '-r', default='', help='Ruleset name.')77    @argument('--no-reset', action='store_false', help='Disable automatic state deletion.')78    def facts_and_events(self, line, cell):79        "Assert and/or retract several facts and/or post several events."80        args = parse_argstring(self.facts_and_events, line)81        if not args.ruleset and self.RULESET is None:82            warnings.warn("You must provide a ruleset reference (--ruleset/-r RULESET).")83            return84        elif args.ruleset:85            self.RULESET = self.shell.user_ns[args.ruleset]86        _ruleset = self.RULESET87        #print(_ruleset)88        if args.no_reset:89            _delete_state(_ruleset)90        for _assertion in cell.split('\n'):91            if _assertion.startswith('-'):92                quick_retract_fact(_ruleset, _assertion.lstrip('-'))93            elif _assertion.startswith('*'):94                quick_assert_fact(_ruleset, _assertion.lstrip('*'))95            elif _assertion.startswith('%'):...

ResponseDecoder.py

Source:ResponseDecoder.py

1from base64 import b64decode2import xmltodict3from .constants import *4class   ResponseDecoder:5    """ Decode SAMLResponse data for convenient access """6    def __init__(self, response_data, sp, israw=True):7        if israw:8            # Must be b64decoded9            if type(response_data) is str:10                response_data.encode('utf-8')11            response_data = b64decode(response_data)12            13        self.response_data = response_data14        15        self.root = xmltodict.parse(16            response_data,17            process_namespaces=True,18            namespaces=SamlNS,19            )20        self.sp = sp21        self.resp = self.root['samlp:Response']22        self.status = self.resp['samlp:Status']23        if self.version  != '2.0':24            mess = f'SAML version error: {self.version} != v2.0'25            raise Exception(f'Incorrect response: version "{self.version}" - expected "2.0"')26        if self.status_ok:27            # Only valid for a Success Response28            self._assertion = self.resp['saml:Assertion']29            self._subject = self._assertion['saml:Subject']30            self._subjectConfData = self._subject['saml:SubjectConfirmation']['saml:SubjectConfirmationData']31            self._conditions = self._assertion['saml:Conditions']32            self._attributeStatement = self._assertion.get('saml:AttributeStatement')33    def assertion_error(self):34        short_status = self.statusCode.split(':')[-1]35        raise Exception(f'Method invalid for Error Response: {short_status} - {self.statusMessage}')36    @property 37    def version(self):38        return self.resp['@Version']39    @property40    def responseId(self):41        return self.resp['@ID']42    @property43    def status_ok(self):44        return self.statusCode == SamlStatusSuccess45    @property46    def signed_ok(self):47        return self.validate_saml_signing(noexcept=True)48    @property49    def statusCode(self):50        return self.status['samlp:StatusCode']['@Value']51    @property52    def statusMessage(self):53        element = self.status.get('samlp:StatusMessage')54        return element if type(element) is str or element is None else element['#text']55    #56    # The following are only availiale for successful responses57    #58    @property59    def inResponseTo(self):60        return self._subjectConfData['@InResponseTo']61    @property62    def recipient(self):63        return self._subjectConfData['@Recipient']64    @property65    def audience(self):66        return self._conditions['saml:AudienceRestriction']['saml:Audience'] 67        68    @property69    def issuer(self):70        return self._assertion['saml:Issuer']71        72    @property73    def instanceIssued(self):74        return self._assertion['@IssueInstant']75    76    @property77    def notBefore(self):78        return self._conditions['@NotBefore']79    @property80    def notOnOrAfter(self):81        return self._conditions['@NotOnOrAfter']82        83    @property84    def nameID(self):85        return self._subject['saml:NameID']['#text']86        87    @property88    def nameID_format(self):89        return self._subject['saml:NameID']['@Format']90    @property91    def attributeStatement(self):92        # Attributes are optional (i.e. nameid alone could be used for auth)93        data = {}94        if self._attributeStatement is None:95            return data96        attr_elements = self._attributeStatement.get('saml:Attribute',[])97        98        if type(attr_elements) is not list:99            attr_elements = [attr_elements]100        101        for element in attr_elements: 102            attr = element['@Name']103            vals = element['saml:AttributeValue']104            105            if isinstance(vals,dict) and '#text' in vals:106                vals = vals['#text']107            data[attr] = vals108            109        return data 110    def validate_saml_signing(self, noexcept=False):111        112        return self.sp.validateSignedResponse(self.response_data, noexcept)...

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