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How to use sortkeys method in Kiwi

Best Python code snippet using Kiwi_python

Test_Sorting.py

Source:Test_Sorting.py

1"""Module Documentation here2"""3#=========================================================================================4# Licence, Reference and Credits5#=========================================================================================6__copyright__ = "Copyright (C) CCPN project (http://www.ccpn.ac.uk) 2014 - 2019"7__credits__ = ("Ed Brooksbank, Luca Mureddu, Timothy J Ragan & Geerten W Vuister")8__licence__ = ("CCPN licence. See http://www.ccpn.ac.uk/v3-software/downloads/license")9__reference__ = ("Skinner, S.P., Fogh, R.H., Boucher, W., Ragan, T.J., Mureddu, L.G., & Vuister, G.W.",10                 "CcpNmr AnalysisAssign: a flexible platform for integrated NMR analysis",11                 "J.Biomol.Nmr (2016), 66, 111-124, http://doi.org/10.1007/s10858-016-0060-y")12#=========================================================================================13# Last code modification14#=========================================================================================15__modifiedBy__ = "$modifiedBy: CCPN $"16__dateModified__ = "$dateModified: 2017-07-07 16:32:35 +0100 (Fri, July 07, 2017) $"17__version__ = "$Revision: 3.0.0 $"18#=========================================================================================19# Created20#=========================================================================================21__author__ = "$Author: CCPN $"22__date__ = "$Date: 2017-04-07 10:28:41 +0000 (Fri, April 07, 2017) $"23#=========================================================================================24# Start of code25#=========================================================================================26import math27from collections import OrderedDict28import numpy29import pandas30from ccpn import core31from ccpn.core.lib import CcpnSorting32from ccpn.core.testing.WrapperTesting import WrapperTesting33from ccpn.util import Sorting34class SortingData(WrapperTesting):35    # Path of project to load (None for new project36    projectPath = None37    # Data for sorting tests.38    # All data are in correct sorting order as given here39    specials = [None, False, True, ]40    reals = [float('NaN'), float('-Infinity'), -12, -2, -1, -0.1, 0, 1.1e-1,41             1, 2, 12, float('Infinity'), ]42    negstrings = ['', 'NaN', '-Infinity', '-12', '-2', '-1', '-0.1', ]43    zerostrings = ['+0', '+0.', '+0.0', '-.0', '-0', '-0.0', '.0', '0', '0.0', '0.0 ', ]44    posstrings = ['1.1e-12', ' 1', '+1', '1', '1.', '1.0', '2', '12', 'Infinity', ]45    strings2 = [' ', ' z', ' z.', '#', '+ 0.0', '.0-', '@', 'A', 'B',46                'Z', 'Z.', 'a', 'blah', 'blah2', 'blahblah', 'z', ]47    chainCodes = ['1', '2', '15', '#1', '@-2', '@1',48                  '@1', '@2', '@12', '@-', '@A', '@a', 'A', 'A2', 'Z', 'a', 'z', ]49    sequenceCodes = ['-1', ' 1', '+1', '1', '1b', '1.', '2b', '2b-11', '2b-2.', '2b-1', '2b+0', '2b-0',50                     '2b0', '2b+1', '2b+2', '2b2', '2b.', '2b@11', '2ba', '15.', '#1', '#2', '#11', '#11-1',51                     '#11+1', '#105', '@-11', '@-2', '@-1', '@0', '@1', '@2', '@11', '@-', '@@a',52                     '@A']53    sequenceCodes2 = ['-1', '+1', '1', '1b', '2b', '2b-11', '2b-2.', '2b-1', '2b+0', '2b-0',54                      '2b0', '2b+1', '2b+2', '2b2', '2b@11', '2ba', '#1', '#2', '#11', '#11-1',55                      '#11+1', '#105', '@-11', '@-2', '@-1', '@0', '@1', '@2', '@11', '@-', '@@a',56                      '@A']57    atomNames = ['C', 'C@2', 'CA', 'CB', 'CD', 'CD1', 'CD2', 'CD%', 'CD*', 'CDx', 'CDy',58                 'H', 'H1', 'H2', 'H3', 'H#', 'H%', 'H*', 'H@1', 'H@2', 'H@15', 'HG', 'HG1', 'HG1%',59                 'HG2', 'HG3', 'HG%', 'HG*', 'HGx', 'HGy', ]60    tuples = [(1, 'a'), ('1', 'b')]61    lists = [[1, 'a'], ['1', 'b']]62    dicts = [63        {float('NaN'): None, 1: 1, 'a': 'b', False: True, (): (), (): [], },64        {float('NaN'): None, 1: 1, 'a': 'b', False: True, (): (), (): [], frozenset(): {}},65        {float('NaN'): None, 1: 1, 'a': 'b', False: True, (): (), (): (), frozenset(): {}},66        {False: True, 1: 1, 'a': 'b', 2: None, (): (), (): [], frozenset(): {}},67        {'a': 'a', 1: 3},68        OrderedDict((('a', ''), (1, 0))),69        ]70    bytes = [b' 124', b'absd', ]71    mixed = [pandas.DataFrame(), pandas.Series(), complex(1, 2), complex(11, 0), complex(1),72             frozenset(()), lambda: 1, Sorting.stringSortKey, Sorting.universalSortKey,73             core, Sorting, math, numpy,74             numpy.array([1., 2.]), numpy.array([[1, 2], [3, 4]]), numpy.array(['a', 'b', 'c', 'd'], ),75             set(), set((1,)), set((1, 9, 11)), set((2, 1)),76             ]77    pids = ['NR:@-.@1', 'NR:@-.@1-1.', 'NR:@-.@1+0.', 'NR:@-.@1+1.', 'NR:@-.@1.', ]78    data1 = (79        ['1st place', '2nd place', '10th place'],80        ['127.0.0.55', '127.0.0.100'],81        ['0.01', '0.1', '1'],82        ['0.501', '0.55'],83        ['CASE', 'SENSITIVE', 'case', 'sensitive'],84        ['image1.jpg', 'image3.jpg', 'image12.jpg', 'image15.jpg'],85        ['Elm2', 'Elm11', 'Elm12', 'elm0', 'elm1', 'elm9', 'elm10', 'elm13'],86        ['@1.127b..H@2', '@1.127b..H@15', ],87        ['', 'NaN', '-1', '-1A', '0.0', '1', '2', '15', '3.2e12', 'Inf', 'Ahh', 'b', 'b2', 'bb', 'ciao']88        )89    data2 = (90        [0.01, 0.1, 1],91        [0.501, 0.55],92        [[1, 'a'], ['1', 'b'], (1, 'a'), ('1', 'b'), b' 124', b'absd', ],93        [0, 1.0, 1.0, lambda: 1, ],94        [95            {1: 1, 'a': 'b', None: None, False: True, (): (), (): {}, frozenset(): {}},96            {1: 1, 'a': 'b', None: None, False: True, (): (), (): [], frozenset(): {}},97            {1: 1, 'a': 'b', None: None, False: True, (): (), (): (), frozenset(): {}},98            {1: 1, 'a': 'b', 2: None, False: True, (): (), (): [], frozenset(): {}},99            {'a': 'a', 1: 3},100            OrderedDict((('a', ''), (1, 0))),101            ]102        )103    data3 = [0.0, 1, (1 + 0j), False, (2 + 3j)]104    data4 = [None, False, True, float('NaN'), float('-inf'), 0.1, 1.0, float('inf'), '',105             'NaN', '-1', '-1.', '0.0.', '0.01.', '0.1e-7.', '0.0', '0.1e-7', '0.01', '1', '1.0.', '1.', '1.0',106             'Infinity', '-Infinity.', 'NaN.',107             ]108    data5 = ['', 'NaN', '-1', '-1A', '0.0', '1', '2', '15', '3.2e12', 'Inf',109             'Ahh', 'b', 'b2', 'b12', 'bb', 'ciao']110    data6 = ['2,500 items', '2,500.1 items', '2.5 items', '3.5 items', '15 items']111    data7 = ['@1.127b-1..H@2', '@1.127b+0..H@2', '@1.127b-0..H@2', '@1.127b+1..H@2',112             '@1.127b1..H@2', '@1.127b..H@15', ]113class StdSortingTest(SortingData):114    sortKeys = {115        'universal': Sorting.universalNaturalSortKey,116        'string'   : Sorting.stringSortKey117        }118    def test_string_sorting_1(self):119        for ll in self.data1:120            ll2 = sorted(list(reversed(ll)), key=self.sortKeys['string'])121            self.assertEqual(ll2, ll)122    def test_string_sorting_5(self):123        ll = self.data5124        ll2 = sorted(list(reversed(ll)), key=self.sortKeys['string'])125        self.assertEqual(ll2, ll)126    def test_string_sorting_6(self):127        ll = self.data6128        ll2 = sorted(list(reversed(ll)), key=self.sortKeys['string'])129        self.assertEqual(ll2, ll)130    def test_string_sorting_7(self):131        ll = self.data7132        ll2 = sorted(list(reversed(ll)), key=self.sortKeys['string'])133        self.assertEqual(ll2, ll)134    def test_mixed_sorting_1(self):135        for ll in self.data1:136            ll2 = sorted(list(reversed(ll)), key=self.sortKeys['universal'])137            self.assertEqual(ll2, ll)138    def test_mixed_sorting_2(self):139        for ll in self.data2:140            ll2 = sorted(list(reversed(ll)), key=self.sortKeys['universal'])141            self.assertEqual(ll2, ll)142    def test_mixed_sorting_3(self):143        self.assertEqual(sorted(self.data3, key=self.sortKeys['universal'])[:3], [False, 0.0, 1])144    def test_mixed_sorting_4(self):145        ll = self.data4146        ll2 = sorted(list(reversed(self.data4)), key=self.sortKeys['universal'])147        self.assertEqual(ll2[:3], ll[:3])148        self.assertEqual(ll2[4:], ll[4:])149        self.assertTrue(math.isnan(ll2[3]))150    def test_sort_pids(self):151        ll = self.pids152        ll2 = sorted(list(reversed(ll)), key=self.sortKeys['universal'])153        self.assertEqual(ll2, ll)154    def test_sort_specials(self):155        ll = self.specials156        ll2 = sorted(list(reversed(ll)), key=self.sortKeys['universal'])157        self.assertEqual(ll2, ll)158    def test_sort_reals(self):159        ll = self.reals160        ll2 = sorted(list(reversed(ll)), key=self.sortKeys['universal'])161        self.assertEqual(ll2, ll)162    def test_sort_negstrings(self):163        ll = self.negstrings164        ll2 = sorted(list(reversed(ll)), key=self.sortKeys['universal'])165        self.assertEqual(ll2, ll)166    def test_sort_zerostrings(self):167        ll = self.zerostrings168        ll2 = sorted(list(reversed(ll)), key=self.sortKeys['universal'])169        self.assertEqual(ll2, ll)170    def test_sort_posstrings(self):171        ll = self.posstrings172        ll2 = sorted(list(reversed(ll)), key=self.sortKeys['universal'])173        self.assertEqual(ll2, ll)174    def test_sort_strings2(self):175        ll = self.strings2176        ll2 = sorted(list(reversed(ll)), key=self.sortKeys['universal'])177        self.assertEqual(ll2, ll)178    def test_sort_chainCodes(self):179        ll = self.chainCodes180        ll2 = sorted(list(reversed(ll)), key=self.sortKeys['universal'])181        self.assertEqual(ll2, ll)182    def test_sort_sequenceCodes(self):183        ll = self.sequenceCodes184        ll2 = sorted(list(reversed(ll)), key=self.sortKeys['universal'])185        self.assertEqual(ll2, ll)186    def test_sort_sequenceCodes2(self):187        ll = self.sequenceCodes2188        ll2 = sorted(list(reversed(ll)), key=self.sortKeys['universal'])189        self.assertEqual(ll2, ll)190    def test_sort_atomNames(self):191        ll = self.atomNames192        ll2 = sorted(list(reversed(ll)), key=self.sortKeys['universal'])193        self.assertEqual(ll2, ll)194    def test_sort_tuples(self):195        ll = self.tuples196        ll2 = sorted(list(reversed(ll)), key=self.sortKeys['universal'])197        self.assertEqual(ll2, ll)198    def test_sort_lists(self):199        ll = self.lists200        ll2 = sorted(list(reversed(ll)), key=self.sortKeys['universal'])201        self.assertEqual(ll2, ll)202    def test_sort_dicts(self):203        ll = self.dicts204        ll2 = sorted(list(reversed(ll)), key=self.sortKeys['universal'])205        self.assertEqual(ll2, ll)206    def test_sort_mixed(self):207        ll = [float('NaN')] + self.mixed208        ll2 = sorted(list(reversed(ll)), key=self.sortKeys['universal'])209        # NB the skipped parts sort by id and so cannot be tested properly210        self.assertTrue(math.isnan(ll2[0]))211        self.assertEqual(ll2[7:-7], ll[7:-7])212        testClassNames = ['DataFrame', 'Series', 'complex', 'complex', 'complex', 'frozenset']213        self.assertTrue(tt[0].__class__.__name__ == tt[1] for tt in zip(ll2[1:7], testClassNames))214        self.assertTrue(all(x.__class__.__name__ == 'set' for x in ll2[-4:]))215        self.assertTrue(all(x.__class__.__name__ == 'ndarray' for x in ll2[-7:-4]))216    def test_sort_all_1(self):217        ll = (self.specials + self.reals + self.negstrings + self.zerostrings + self.posstrings218              + self.strings2 + self.dicts + self.lists + self.tuples + self.bytes)219        ll2 = sorted(list(reversed(ll)), key=self.sortKeys['universal'])220        self.assertTrue(math.isnan(ll2[3]))221        self.assertEqual(ll2[:3], ll[:3])222        self.assertEqual(ll2[4:], ll[4:])223    def test_sort_all_2(self):224        ll = (self.specials + self.reals + self.negstrings + self.zerostrings + self.posstrings225              + self.strings2 + self.dicts + self.lists + self.tuples + self.bytes + self.mixed)226        ll2 = sorted(list(reversed(ll)), key=self.sortKeys['universal'])227        self.assertEqual(ll2[:3], ll[:3])228        self.assertEqual(ll2[4:-len(self.mixed)], ll[4:-len(self.mixed)])229        self.assertTrue(math.isnan(ll2[3]))230class CcpnSortingTest(SortingData):231    sortKeys = {232        'universal': CcpnSorting.universalSortKey,233        'string'   : CcpnSorting.stringSortKey234        }235    # Different sorting order for these examples236    data6 = ['2.5 items', '2,500.1 items', '2,500 items', '3.5 items', '15 items']237    data7 = ['@1.127b-1..H@2', '@1.127b..H@15', '@1.127b+0..H@2', '@1.127b-0..H@2', '@1.127b+1..H@2',238             '@1.127b1..H@2', ]239    pids = ['NR:@-.@1-1.', 'NR:@-.@1', 'NR:@-.@1.', 'NR:@-.@1+0.', 'NR:@-.@1+1.', ]240    sequenceCodes = ['-1', ' 1', '+1', '1', '1b', '1.', '2b-11', '2b-2.', '2b-1', '2b', '2b.',241                     '2b+0', '2b-0', '2b0',242                     '2b+1', '2b+2', '2b2', '2b@11', '2ba', '15.', '#1', '#2', '#11-1', '#11',243                     '#11+1', '#105', '@-11', '@-2', '@-1', '@0', '@1', '@2', '@11', '@-', '@@a',244                     '@A']245    sequenceCodes2 = ['-1', '+1', '1', '1b', '2b-11', '2b-2.', '2b-1', '2b', '2b+0', '2b-0',246                      '2b0', '2b+1', '2b+2', '2b2', '2b@11', '2ba', '#1', '#2', '#11-1', '#11',247                      '#11+1', '#105', '@-11', '@-2', '@-1', '@0', '@1', '@2', '@11', '@-', '@@a',248                      '@A']249    def test_string_sorting_1(self):250        for ll in self.data1:251            ll2 = sorted(list(reversed(ll)), key=self.sortKeys['string'])252            self.assertEqual(ll2, ll)253    def test_string_sorting_5(self):254        ll = self.data5255        ll2 = sorted(list(reversed(ll)), key=self.sortKeys['string'])256        self.assertEqual(ll2, ll)257    def test_string_sorting_6(self):258        ll = self.data6259        ll2 = sorted(list(reversed(ll)), key=self.sortKeys['string'])260        self.assertEqual(ll2, ll)261    def test_string_sorting_7(self):262        ll = self.data7263        ll2 = sorted(list(reversed(ll)), key=self.sortKeys['string'])264        self.assertEqual(ll2, ll)265    def test_mixed_sorting_1(self):266        for ll in self.data1:267            ll2 = sorted(list(reversed(ll)), key=self.sortKeys['universal'])268            self.assertEqual(ll2, ll)269    def test_mixed_sorting_2(self):270        for ll in self.data2:271            ll2 = sorted(list(reversed(ll)), key=self.sortKeys['universal'])272            self.assertEqual(ll2, ll)273    def test_mixed_sorting_3(self):274        self.assertEqual(sorted(self.data3, key=self.sortKeys['universal'])[:3], [False, 0.0, 1])275    def test_mixed_sorting_4(self):276        ll = self.data4277        ll2 = sorted(list(reversed(self.data4)), key=self.sortKeys['universal'])278        self.assertEqual(ll2[:3], ll[:3])279        self.assertEqual(ll2[4:], ll[4:])280        self.assertTrue(math.isnan(ll2[3]))281    def test_sort_pids(self):282        ll = self.pids283        ll2 = sorted(list(reversed(ll)), key=self.sortKeys['universal'])284        self.assertEqual(ll2, ll)285    def test_sort_specials(self):286        ll = self.specials287        ll2 = sorted(list(reversed(ll)), key=self.sortKeys['universal'])288        self.assertEqual(ll2, ll)289    def test_sort_reals(self):290        ll = self.reals291        ll2 = sorted(list(reversed(ll)), key=self.sortKeys['universal'])292        self.assertEqual(ll2, ll)293    def test_sort_negstrings(self):294        ll = self.negstrings295        ll2 = sorted(list(reversed(ll)), key=self.sortKeys['universal'])296        self.assertEqual(ll2, ll)297    def test_sort_zerostrings(self):298        ll = self.zerostrings299        ll2 = sorted(list(reversed(ll)), key=self.sortKeys['universal'])300        self.assertEqual(ll2, ll)301    def test_sort_posstrings(self):302        ll = self.posstrings303        ll2 = sorted(list(reversed(ll)), key=self.sortKeys['universal'])304        self.assertEqual(ll2, ll)305    def test_sort_strings2(self):306        ll = self.strings2307        ll2 = sorted(list(reversed(ll)), key=self.sortKeys['universal'])308        self.assertEqual(ll2, ll)309    def test_sort_chainCodes(self):310        ll = self.chainCodes311        ll2 = sorted(list(reversed(ll)), key=self.sortKeys['universal'])312        self.assertEqual(ll2, ll)313    def test_sort_sequenceCodes(self):314        ll = self.sequenceCodes315        ll2 = sorted(list(reversed(ll)), key=self.sortKeys['universal'])316        self.assertEqual(ll2, ll)317    def test_sort_sequenceCodes2(self):318        ll = self.sequenceCodes2319        ll2 = sorted(list(reversed(ll)), key=self.sortKeys['universal'])320        self.assertEqual(ll2, ll)321    def test_sort_atomNames(self):322        ll = self.atomNames323        ll2 = sorted(list(reversed(ll)), key=self.sortKeys['universal'])324        self.assertEqual(ll2, ll)325    def test_sort_tuples(self):326        ll = self.tuples327        ll2 = sorted(list(reversed(ll)), key=self.sortKeys['universal'])328        self.assertEqual(ll2, ll)329    def test_sort_lists(self):330        ll = self.lists331        ll2 = sorted(list(reversed(ll)), key=self.sortKeys['universal'])332        self.assertEqual(ll2, ll)333    def test_sort_dicts(self):334        ll = self.dicts335        ll2 = sorted(list(reversed(ll)), key=self.sortKeys['universal'])336        self.assertEqual(ll2, ll)337    def test_sort_mixed(self):338        ll = [float('NaN')] + self.mixed339        ll2 = sorted(list(reversed(ll)), key=self.sortKeys['universal'])340        # NB the skipped parts sort by id and so cannot be tested properly341        self.assertTrue(math.isnan(ll2[0]))342        self.assertEqual(ll2[7:-7], ll[7:-7])343        testClassNames = ['DataFrame', 'Series', 'complex', 'complex', 'complex', 'frozenset']344        self.assertTrue(tt[0].__class__.__name__ == tt[1] for tt in zip(ll2[1:7], testClassNames))345        self.assertTrue(all(x.__class__.__name__ == 'set' for x in ll2[-4:]))346        self.assertTrue(all(x.__class__.__name__ == 'ndarray' for x in ll2[-7:-4]))347    def test_sort_all_1(self):348        ll = (self.specials + self.reals + self.negstrings + self.zerostrings + self.posstrings349              + self.strings2 + self.dicts + self.lists + self.tuples + self.bytes)350        ll2 = sorted(list(reversed(ll)), key=self.sortKeys['universal'])351        self.assertTrue(math.isnan(ll2[3]))352        self.assertEqual(ll2[:3], ll[:3])353        self.assertEqual(ll2[4:], ll[4:])354    def test_sort_all_2(self):355        ll = (self.specials + self.reals + self.negstrings + self.zerostrings + self.posstrings356              + self.strings2 + self.dicts + self.lists + self.tuples + self.bytes + self.mixed)357        ll2 = sorted(list(reversed(ll)), key=self.sortKeys['universal'])358        self.assertEqual(ll2[:3], ll[:3])359        self.assertEqual(ll2[4:-len(self.mixed)], ll[4:-len(self.mixed)])...

xbmcUtils.py

Source:xbmcUtils.py

1# -*- coding: utf-8 -*-2import xbmcgui, xbmc, xbmcplugin3enable_debug = False4#######################################5# Xbmc Helpers6#######################################7def select(title, menuItems):8    select = xbmcgui.Dialog().select(title, menuItems)9    if select == -1:10        return None11    else:12        return menuItems[select]13def getKeyboard(default = '', heading = '', hidden = False):14    kboard = xbmc.Keyboard(default, heading, hidden)15    kboard.doModal()16    if kboard.isConfirmed():17        return kboard.getText()18    return ''19def getImage(title):20    dialog = xbmcgui.Dialog()21    image = dialog.browse(1, title, 'pictures', '.jpg|.png', True)22    return image23def showMessage(msg):24    xbmc.executebuiltin('Notification(SportsDevil,' + str(msg.encode('utf-8', 'ignore')) + ')')25    26    27def showBusyAnimation():28    xbmc.executebuiltin( 'ActivateWindow(busydialog)' )29    30def hideBusyAnimation():31    xbmc.executebuiltin( 'Dialog.Close(busydialog,true)' )32    33def closeAllDialogs():34    xbmc.executebuiltin('Dialog.Close(all, true)') 35    36    37def log(msg):38    if enable_debug:39        try:40            xbmc.log(msg)41        except:42            xbmc.log(msg.encode('utf-8'))        43def setSortMethodsForCurrentXBMCList(handle, sortKeys):44    45    def addSortMethod(method):46        xbmcplugin.addSortMethod(handle = handle, sortMethod = method)47    48    if not sortKeys or sortKeys==[]: 49        addSortMethod(xbmcplugin.SORT_METHOD_UNSORTED)50    else:     51        if 'name' in sortKeys:52            addSortMethod(xbmcplugin.SORT_METHOD_LABEL)53        if 'size' in sortKeys:54            addSortMethod(xbmcplugin.SORT_METHOD_SIZE)55        if 'duration' in sortKeys:56            addSortMethod(xbmcplugin.SORT_METHOD_DURATION)57        if 'genre' in sortKeys:58            addSortMethod(xbmcplugin.SORT_METHOD_GENRE)59        if 'rating' in sortKeys:60            addSortMethod(xbmcplugin.SORT_METHOD_VIDEO_RATING)61        if 'date' in sortKeys:62            addSortMethod(xbmcplugin.SORT_METHOD_DATE)63        if 'file' in sortKeys:64            addSortMethod(xbmcplugin.SORT_METHOD_FILE)65            66            67            68def getContainerFolderPath():   69    return xbmc.getInfoLabel('Container.FolderPath')70def getListItemPath():71    return xbmc.getInfoLabel('ListItem.Path')72def getCurrentWindow():73    return xbmc.getInfoLabel('System.CurrentWindow')74def getCurrentControl():75    return xbmc.getInfoLabel('System.CurrentControl')76def getCurrentWindowXmlFile():...

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