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How to use _sort method in lisa

Best Python code snippet using lisa_python

ast.py

Source:ast.py

...140    @classmethod141    def get_signature(cls):142        return cls._signature143    @classmethod144    def get_sort(cls):145        return cls._sort146    @classmethod147    def is_terminal(cls):148        return cls._signature == UNIT_SIGNATURE149    @classmethod150    def accepts(cls, sort):151        if cls._signature == UNCHECKED_SIGNATURE:152            return False153        return sort in cls._signature154    @classmethod155    def returns(cls, sort):156        return sort == cls._sort157# literals158class LiteralNode(_SortedASTNode):159    _signature = UNIT_SIGNATURE160    def __init__(self, value):161        super().__init__()162        self.value = value163    def __repr__(self):164        return '{}<{}>'.format(self.get_sort(), self.value)165class BoolLitNode(LiteralNode):166    _sort = BOOL_SORT167    def __init__(self, value):168        assert isinstance(value, bool)169        super().__init__(value)170class IntLitNode(LiteralNode):171    _sort = INT_SORT172    def __init__(self, value):173        assert isinstance(value, numbers.Real) and not isinstance(value, bool)174        super().__init__(value)175class StringLitNode(LiteralNode):176    _sort = STRING_SORT177    def __init__(self, value):178        assert isinstance(value, str)...

search_queries.py

Source:search_queries.py

1import elasticsearch2from elasticsearch_dsl import Search, Q, A3def GetGeneratorQuery(auditgenerator_type, str_query, case, endpoint_id, start, length, sort, order):4	s = Search()5	s = s[int(start):int(length)+int(start)]6	if auditgenerator_type == "w32registryraw":7		order_dict = {8			"0": "Modified",9			"1": "Path",10			"2": "Type",11			"3": "Text",12			"4": "ReportedLengthInBytes",13			"5": "Hive",14			"6": "Username",15			"7": "JobCreated",16			"8": "ValueName",17			"9": "IsKnownKey",18			"10": "KeyPath",19			"11": "SecurityID",20			"12": "Tag",21			"13": "Comment",22			"14": "nHscore"23		}24		if str_query == "":25			_sort = {26				"Record.{0}".format(order_dict[str(sort)]): {27					"order": order28				}29			}30			t = Q('query_string', default_field="ComputerName.raw", query=endpoint_id) & Q('query_string', default_field="CaseInfo.case_name", query=case)31			query = s.query(t).filter('term', AuditType__Generator=auditgenerator_type).sort(_sort)32		else:33			_sort = {34				"Record.{0}".format(order_dict[str(sort)]): {35					"order": order36				}37			}38			t = Q('query_string', default_field="ComputerName.raw", query=endpoint_id) & Q('query_string', default_field="CaseInfo.case_name", query=case) & Q('query_string', fields=["Record.Path", "Record.Username", "Record.ValueName", "Record.Text", "Record.Tag", "Record.Comment"], query="{0}".format(str_query))39			query = s.query(t).filter('term', AuditType__Generator=auditgenerator_type).sort(_sort)40		return query41	elif auditgenerator_type == "w32eventlogs":42		order_dict = {43			"0": "GenTime",44			"1": "Source",45			"2": "EID",46			"3": "Index",47			"4": "ExecutionProcessId",48			"5": "ExecutionThreadId",49			"6": "Message",50			"7": "Category",51			"8": "Tag",52			"9": "Comment",53			"10": "nHscore"54		}55		if str_query == "":56			_sort = {57				"Record.{0}".format(order_dict[str(sort)]): {58					"order": order59				}60			}61			t = Q('query_string', default_field="ComputerName.raw", query=endpoint_id) & Q('query_string', default_field="CaseInfo.case_name", query=case)62			query = s.query(t).filter('term', AuditType__Generator=auditgenerator_type).sort(_sort)63		else:64			_sort = {65				"Record.{0}".format(order_dict[str(sort)]): {66					"order": order67				}68			}69			t = Q('query_string', default_field="ComputerName.raw", query=endpoint_id) & Q('query_string', default_field="CaseInfo.case_name", query=case) & Q('query_string', fields=["Record.Message", "Record.EID", "Record.Source", "Record.Index", "Record.ExecutionProcessId", "Record.ExecutionThreadId"], query="{0}".format(str_query))70			query = s.query(t).filter('term', AuditType__Generator=auditgenerator_type).sort(_sort)71		return query72	elif auditgenerator_type == "w32rawfiles":73		order_dict = {74			"0": "FilenameCreated",75			"1": "FilenameModified",76			"2": "FilenameAccessed",77			"3": "FilenameChanged",78			"4": "Username",79			"5": "Path",80			"6": "FileName",81			"7": "FileExtension",82			"8": "SizeInBytes",83			"9": "Md5sum",84			"10": "IsGoodHash",85			"11": "FileAttributes",86			"12": "PeInfo.Type",87			"13": "Comment",88			"14": "nHscore"89		}90		if str_query == "":91			_sort = {92				"Record.{0}".format(order_dict[str(sort)]): {93					"order": order94				}95			}96			t = Q('query_string', default_field="ComputerName.raw", query=endpoint_id) & Q('query_string', default_field="CaseInfo.case_name", query=case)97			query = s.query(t).filter('term', AuditType__Generator=auditgenerator_type).sort(_sort)98		else:99			_sort = {100				"Record.{0}".format(order_dict[str(sort)]): {101					"order": order102				}103			}104			t = Q('query_string', default_field="ComputerName.raw", query=endpoint_id) & Q('query_string', default_field="CaseInfo.case_name", query=case) & Q('query_string', fields=["Record.FilenameChanged", "Record.FilenameCreated", "Record.FilenameAccessed", "Record.FilenameModified", "Record.Username", "Record.Path", "Record.FileName", "Record.FileExtension", "Record.SizeInBytes"], query="{0}".format(str_query))105			query = s.query(t).filter('term', AuditType__Generator=auditgenerator_type).sort(_sort)106		return query107	elif auditgenerator_type == "w32apifiles":108		order_dict = {109			"0": "Modified",110			"1": "Accessed",111			"2": "Changed",112			"3": "Username",113			"4": "Path",114			"5": "SizeInBytes",115			"6": "Md5sum",116			"7": "IsGoodHash",117			"8": "FileAttributes",118			"9": "IsGoodHash",119			"10": "FileAttributes",120			"11": "PeInfo.Type",121			"12": "Comment",122			"13": "nHscore"123		}124		if str_query == "":125			_sort = {126				"Record.{0}".format(order_dict[str(sort)]): {127					"order": order128				}129			}130			t = Q('query_string', default_field="ComputerName.raw", query=endpoint_id) & Q('query_string', default_field="CaseInfo.case_name", query=case)131			query = s.query(t).filter('term', AuditType__Generator=auditgenerator_type).sort(_sort)132		else:133			_sort = {134				"Record.{0}".format(order_dict[str(sort)]): {135					"order": order136				}137			}138			t = Q('query_string', default_field="ComputerName.raw", query=endpoint_id) & Q('query_string', default_field="CaseInfo.case_name", query=case) & Q('query_string', fields=["Record.Changed", "Record.Created", "Record.Accessed", "Record.Modified", "Record.Username", "Record.Path", "Record.FileName", "Record.FileExtension", "Record.SizeInBytes"], query="{0}".format(str_query))139			query = s.query(t).filter('term', AuditType__Generator=auditgenerator_type).sort(_sort)140		return query141	elif auditgenerator_type == "filedownloadhistory":142		order_dict = {143			"0": "LastModifiedDate",144			"1": "SourceUrl",145			"2": "Filename",146			"3": "Username",147			"4": "DownloadType",148			"5": "Profile",149			"6": "BrowserName",150			"7": "BrowserVersion",151			"8": "TargetDirectory",152			"9": "FullHttpHeader",153			"10": "LastCheckedDate",154			"11": "BytesDownloaded",155			"12": "CacheFlags",156			"13": "IsGoodFile",157			"14": "Tag",158			"15": "Comment",159			"16": "nHscore"160		}161		if str_query == "":162			_sort = {163				"Record.{0}".format(order_dict[str(sort)]): {164					"order": order165				}166			}167			t = Q('query_string', default_field="ComputerName.raw", query=endpoint_id)168			query = s.query(t).filter('term', AuditType__Generator=auditgenerator_type).sort(_sort)169		else:170			_sort = {171				"Record.{0}".format(order_dict[str(sort)]): {172					"order": order173				}174			}175			t = Q('query_string', default_field="ComputerName.raw", query=endpoint_id) & Q('query_string', fields=["Record.SourceUrl", "Record.Username", "Record.TargetDirectory", "Record.FullHttpHeader", "Record.Filename", "Record.BrowserName", "Record.Profile", "Record.Tag", "Record.Comment"], query="{0}".format(str_query))176			query = s.query(t).filter('term', AuditType__Generator=auditgenerator_type).sort(_sort)177		return query178	elif auditgenerator_type == "urlhistory":179		order_dict = {180			"0": "LastVisitDate",181			"1": "Hidden",182			"2": "Username",183			"3": "Url",184			"4": "BrowserName",185			"5": "BrowserVersion",186			"6": "PageTitle",187			"7": "VisitFrom",188			"8": "VisitType",189			"9": "IsGoodDomain",190			"10": "IsNewDomain",191			"11": "nHscore",192			"12": "Tag",193			"13": "Comment"194		}195		if str_query == "":196			_sort = {197				"Record.{0}".format(order_dict[str(sort)]): {198					"order": order199				}200			}201			t = Q('query_string', default_field="ComputerName.raw", query=endpoint_id)202			query = s.query(t).filter('term', AuditType__Generator=auditgenerator_type).sort(_sort)203		else:204			_sort = {205				"Record.{0}".format(order_dict[str(sort)]): {206					"order": order207				}208			}209			210			t = Q('query_string', default_field="ComputerName.raw", query=endpoint_id) & Q('query_string', fields=["Record.Url", "Record.Username", "Record.Profile"], query="{0}".format(str_query))211			query = s.query(t).filter('term', AuditType__Generator=auditgenerator_type).sort(_sort)...

test_linters.py

Source:test_linters.py

...53    Path(f'./{config.PACKAGE_NAME()}').mkdir()54    test_file = Path(f'./{config.PACKAGE_NAME()}/test.py')55    test_file.touch()56    when(_sort)._sort_file(test_file.absolute())57    _sort._sort()58    verifyStubbedInvocationsAreUsed()59def test_isort_test_dir():60    Path('./test').mkdir()61    test_file = Path('./test/test.py')62    test_file.touch()63    when(_sort)._sort_file(test_file.absolute())64    _sort._sort()65    verifyStubbedInvocationsAreUsed()66def test_isort_ignore():67    test_file = Path('./test.py')68    test_file.touch()69    when(_sort.isort).SortImports(70        file_path=test_file.absolute(),71        known_first_party=config.PACKAGE_NAME(),72        **_sort.SETTINGS73    )74    # when(elib_run).run(contains('setup.py isort'))75    _sort._sort()76    verify(_sort.isort, times=0).SortImports(...)77def test_isort_amend():78    # when(elib_run).run(contains('setup.py isort'))79    when(CTX.repo).amend_commit(append_to_msg='sorting imports [auto]')80    _sort._sort(amend=True)81    verifyStubbedInvocationsAreUsed()82def test_isort_stage():83    when(CTX.repo).stage_all()84    _sort._sort(stage=True)85    verifyStubbedInvocationsAreUsed()86# def test_flake8():87#     base_cmd = ' '.join((_flake8.IGNORE, _flake8.MAX_LINE_LENGTH, _flake8.EXCLUDE, _flake8.MAX_COMPLEXITY))88#     when(elib_run).run(f'flake8 {base_cmd}', mute=True)89#     _flake8._flake8()90#     verifyStubbedInvocationsAreUsed()91def test_safety():92    when(elib_run).run('safety check --bare', mute=True)93    _safety._safety()94    verifyStubbedInvocationsAreUsed()95@pytest.mark.parametrize(96    'params,cmd',97    [98        ((None, True), 'pylint ./test --reports=y'),...

155_min_stack.py

Source:155_min_stack.py

1#!/usr/bin/env python32# -*- coding: utf-8 -*-3"""4Design a stack that supports push, pop, top, and retrieving the minimum element in constant time.5    push(x) -- Push element x onto stack.6    pop() -- Removes the element on top of the stack.7    top() -- Get the top element.8    getMin() -- Retrieve the minimum element in the stack.9Example:10MinStack minStack = new MinStack();11minStack.push(-2);12minStack.push(0);13minStack.push(-3);14minStack.getMin();   --> Returns -3.15minStack.pop();16minStack.top();      --> Returns 0.17minStack.getMin();   --> Returns -2.18"""19class MinStack(object):20    def __init__(self):21        """22        initialize your data structure here.23        """24        self._stack = []25        self._sort = []26    def _add(self, x):27        if not self._sort:28            self._sort.append(x)29        else:30            s, e = 0, len(self._sort) - 131            while s <= e:32                if s == e:33                    if x > self._sort[s]:34                        self._sort.insert(s + 1, x)35                    else:36                        self._sort.insert(s, x)37                    break38                mid = (s + e) // 239                if x > self._sort[mid]:40                    s = mid + 141                else:42                    e = mid43    def push(self, x):44        """45        :type x: int46        :rtype: void47        """48        self._stack.append(x)49        self._add(x)50    def pop(self):51        """52        :rtype: void53        """54        element = self._stack.pop()55        self._sort.remove(element)56    def top(self):57        """58        :rtype: int59        """60        return self._stack[-1]61    def getMin(self):62        """63        :rtype: int64        """65        return self._sort[0]66if __name__ == '__main__':67    stack = MinStack()68    stack.push(-2)69    stack.push(0)70    stack.push(-3)71    print(stack.getMin())72    stack.pop()73    print(stack.top())...

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