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How to use is_failing method in hypothesis

Best Python code snippet using hypothesis

python.py

Source:python.py

...112    @property113    def file_name(self):114        return self.__file_name115    @property116    def is_failing(self):117        return self.__is_failing118    @property119    def tags(self):120        return self.__tags121    def __str__(self):122        return "Specification: {{ name: {}, is_failing: {}, tags: {}, file_name: {} }}".format(self.name,123                                                                                               str(124                                                                                                   self.is_failing),125                                                                                               ", ".join(126                                                                                                   self.tags),127                                                                                               self.file_name)128    def __eq__(self, other):129        return self.__str__() == other.__str__()130class Scenario:131    def __init__(self, name, is_failing, tags):132        self.__name = name133        self.__is_failing = is_failing134        self.__tags = tags135    @property136    def name(self):137        return self.__name138    @property139    def is_failing(self):140        return self.__is_failing141    @property142    def tags(self):143        return self.__tags144    def __str__(self):145        return "Scenario: {{ name: {}, is_failing: {}, tags: {} }}".format(self.name, str(self.is_failing),146                                                                           ", ".join(self.tags))147    def __eq__(self, other):148        return self.__str__() == other.__str__()149class Step:150    def __init__(self, text, is_failing, message="", stacktrace=""):151        self.__stacktrace = stacktrace152        self.__error_message = message153        self.__text = text154        self.__is_failing = is_failing155    @property156    def text(self):157        return self.__text158    @property159    def is_failing(self):160        return self.__is_failing161    @property162    def error_message(self):163        return self.__error_message164    @property165    def stacktrace(self):166        return self.__stacktrace167    def __str__(self):168        s = "Step: {{ text: {}, is_failing: {}, error_message: {}, stacktrace: {} }}"169        return s.format(self.text, str(self.is_failing), str(self.error_message), str(self.stacktrace))170    def __eq__(self, other):171        return self.__str__() == other.__str__()172class Messages:173    @staticmethod...

students.py

Source:students.py

...23    :param course: the title of the course24    :return: a filtered list of students taking the course25    """26    return [name for name in student_list if course in name.courses]27def is_failing(student: Student) -> bool:28    """29    Return true if the student is failing school.30    They are failing if their average grade is below 1.0.31    :param student: a Student object32    :return: if student is failing33    """34    return student.grade < 135def succeeding_students(student_list: list) -> list:36    """37    Return a list of students that are not failing school.38    :param student_list: a list of students39    :return: filtered list of students that are not failing40    """41    return [name for name in student_list if not is_failing(name)]42def failing_students(student_list: list) -> list:43    """44    Return a list of students that are failing school.45    :param student_list: a list of students46    :return: filtered list of students that are failing47    """48    return [name for name in student_list if is_failing(name)]49def sort_by_best_grade(student_list: list) -> list:50    """51    Return a sorted list of students by their average grade in descending order.52    Highest average grade students first.53    If a student is failing school (average grade less than 1.0) then dont return them in the list.54    If students have the same grade, then sort them alphabetically.55    :param student_list: a list of students56    :return: sorted list of succeeding students by average grade in descending order57    """58    for name in student_list:59        if is_failing(name):60            student_list.remove(name)61    sorted_grade_list = sorted(student_list, key=lambda x: (x.grade * -1, x.name))62    return sorted_grade_list63def sort_by_worst_grade(student_list: list) -> list:64    """65    Return a sorted list of students by their average grade in ascending order.66    Lowest average grade students first.67    If a student is failing school (average grade less than 1.0) then dont return them in the list.68    If students have the same grade, then sort them alphabetically.69    :param student_list: a list of students70    :return: sorted list of succeeding students by average grade in ascending order71    """72    for name in student_list:73        if is_failing(name):74            student_list.remove(name)75    sorted_grade_list = sorted(student_list, key=lambda x: (x.grade, x.name))76    return sorted_grade_list77if __name__ == '__main__':78    student1 = Student("Ann", ["Programming", "Maths", "Lithology"], 3.2)79    student2 = Student("Josh", ["Maths", "English", "Politics"], 2.0)80    student3 = Student("Bush", ["Politics"], 0.5)81    student4 = Student("Marcus", ["Web application", "Computers", "Artificial Intelligence"], 4.2)82    students = [student1, student2, student3, student4]83    print(filter_by_course(students, "Maths"))  # -> [Ann, Josh]84    print(is_failing(student3))  # -> True85    print(is_failing(student1))  # -> False86    print(succeeding_students(students))  # -> [Ann, Josh, Marcus]87    print(failing_students(students))  # -> [Bush]88    print(sort_by_best_grade(students))  # -> [Marcus, Ann, Josh]...

Classes and Objects Practice 1.py

Source:Classes and Objects Practice 1.py

1# Classes and Objects Practice! Finally!2# A class is basically its own datatype.3# A class defines the object, the object is the iteration.4# Think of it like a blueprint and a build.5# Functions within classes are called methods6# Classes are useful because you can model real world objects and create datatypes7import math  # Btw, this is called a module. It's just a set of functions in a library8import random  # You can also import your own functions from your own code9# And remember, you can download external modules by using "pip" in cmd prompt10class Student:11    def __init__(self, name, major, gpa, is_failing):  # This is the "initialize" function12    # Anything after "self" are the attributes you want to define13    # Must assign the values of the attributes14        self.name = name  # The name of the "Student" object is the name that you pass in15        self.major = major16        self.gpa = gpa17        self.is_failing = is_failing18# Below are the objects of the class "Student"19# Every time you call to the "Student" object, it's calling the "init" function20# Then you pass in the attributes21student1 = Student("Khristian", "CompSci", 3.0, True)22student2 = Student("Luis", "Business", 3.5, False)...

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