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How to use step method in wpt

Best JavaScript code snippet using wpt

steps.py

Source:steps.py

...173        @when('I run "{command}"')174          Function: step_i_run_command()175          Location: behave4cmd0/command_steps.py:80176            Run a command as subprocess, collect its output and returncode.177        @step('a file named "{filename}" exists')178          Function: step_file_named_filename_exists()179          Location: behave4cmd0/command_steps.py:305180            Verifies that a file with this filename exists.181            .. code-block:: gherkin182                Given a file named "abc.txt" exists183                 When a file named "abc.txt" exists184        ...185    .. note::186        Supports behave dry-run mode.187    """188    name = "steps.doc"189    description = "Shows documentation for step definitions."190    shows_location = True191    shows_function_name = True192    ordered_by_location = True193    doc_prefix = make_indentation(4)194    # -- REPORT SPECIFIC-API:195    def report(self):196        self.report_step_definition_docs()197        self.stream.write("\n")198    def report_step_definition_docs(self):199        step_definitions = []200        for step_type in self.step_types:201            for step_definition in self.step_registry.steps[step_type]:202                # step_definition.step_type = step_type203                assert step_definition.step_type is not None204                step_definitions.append(step_definition)205        if self.ordered_by_location:206            step_definitions = sorted(step_definitions,207                                      key=attrgetter("location"))208        for step_definition in step_definitions:209            self.write_step_definition(step_definition)210    def write_step_definition(self, step_definition):211        step_definition_text = self.describe_step_definition(step_definition)212        self.stream.write(u"%s\n" % step_definition_text)213        doc = inspect.getdoc(step_definition.func)214        func_name = step_definition.func.__name__215        if self.shows_function_name and func_name not in ("step", "impl"):216            self.stream.write(u"  Function: %s()\n" % func_name)217        if self.shows_location:218            self.stream.write(u"  Location: %s\n" % step_definition.location)219        if doc:220            doc = doc.strip()221            self.stream.write(indent(doc, self.doc_prefix))222            self.stream.write("\n")223        self.stream.write("\n")224# -----------------------------------------------------------------------------225# CLASS: StepsCatalogFormatter226# -----------------------------------------------------------------------------227class StepsCatalogFormatter(StepsDocFormatter):228    """229    Provides formatter class that shows the documentation of all registered230    step definitions. The primary purpose is to provide help for a test writer.231    In order to ease work for non-programmer testers, the technical details of232    the steps (i.e. function name, source location) are ommited and the233    steps are shown as they would apprear in a feature file (no noisy '@',234    or '(', etc.).235    Also, the output is sorted by step type (Given, When, Then)236    Generic step definitions are listed with all three step types.237    EXAMPLE:238        $ behave --dry-run -f steps.catalog features/239        Given a file named "{filename}" with240            Creates a textual file with the content provided as docstring.241        When I run "{command}"242            Run a command as subprocess, collect its output and returncode.243        Given a file named "{filename}" exists244         When a file named "{filename}" exists245         Then a file named "{filename}" exists246            Verifies that a file with this filename exists.247            .. code-block:: gherkin248                Given a file named "abc.txt" exists249                 When a file named "abc.txt" exists250        ...251    .. note::252        Supports behave dry-run mode.253    """254    name = "steps.catalog"255    description = "Shows non-technical documentation for step definitions."256    shows_location = False257    shows_function_name = False258    ordered_by_location = False259    doc_prefix = make_indentation(4)260    def describe_step_definition(self, step_definition, step_type=None):261        if not step_type:262            step_type = step_definition.step_type263        assert step_type264        desc = []265        if step_type == 'step':266            for step_type in self.step_types[:-1]:267                text = u"%5s %s" % (step_type.title(), step_definition.pattern)268                desc.append(text)269        else:270            desc.append(u"%s %s" % (step_type.title(), step_definition.pattern))271        return '\n'.join(desc)272# -----------------------------------------------------------------------------273# CLASS: StepsUsageFormatter274# -----------------------------------------------------------------------------275class StepsUsageFormatter(AbstractStepsFormatter):276    """277    Provides formatter class that shows how step definitions are used by steps.278    EXAMPLE:279        $ behave --dry-run -f steps.usage features/280        ...281    .. note::282        Supports behave dry-run mode.283    """284    name = "steps.usage"285    description = "Shows how step definitions are used by steps."286    doc_prefix = make_indentation(4)287    min_location_column = 40288    def __init__(self, stream_opener, config):289        super(StepsUsageFormatter, self).__init__(stream_opener, config)290        self.step_usage_database = {}291        self.undefined_steps = []292    def reset(self):293        super(StepsUsageFormatter, self).reset()294        self.step_usage_database = {}295        self.undefined_steps = []296    # pylint: disable=invalid-name297    def get_step_type_for_step_definition(self, step_definition):298        step_type = step_definition.step_type299        if not step_type:300            # -- DETERMINE STEP-TYPE FROM STEP-REGISTRY:301            assert self.step_registry302            for step_type, values in self.step_registry.steps.items():303                if step_definition in values:304                    return step_type305            # -- OTHERWISE:306            step_type = "step"307        return step_type308    # pylint: enable=invalid-name309    def select_unused_step_definitions(self):310        step_definitions = set()311        for step_type, values in self.step_registry.steps.items():312            step_definitions.update(values)313        used_step_definitions = set(self.step_usage_database.keys())314        unused_step_definitions = step_definitions - used_step_definitions315        return unused_step_definitions316    def update_usage_database(self, step_definition, step):317        matching_steps = self.step_usage_database.get(step_definition, None)318        if matching_steps is None:319            assert step_definition.step_type is not None320            matching_steps = self.step_usage_database[step_definition] = []321        # -- AVOID DUPLICATES: From Scenario Outlines322        if not steps_contain(matching_steps, step):323            matching_steps.append(step)324    def update_usage_database_for_step(self, step):325        step_definition = self.step_registry.find_step_definition(step)326        if step_definition:327            self.update_usage_database(step_definition, step)328        # elif step not in self.undefined_steps:329        elif not steps_contain(self.undefined_steps, step):330            # -- AVOID DUPLICATES: From Scenario Outlines331            self.undefined_steps.append(step)332    # pylint: disable=invalid-name333    def update_usage_database_for_feature(self, feature):334        # -- PROCESS BACKGROUND (if exists): Use Background steps only once.335        if feature.background:336            for step in feature.background.steps:337                self.update_usage_database_for_step(step)338        # -- PROCESS SCENARIOS: Without background steps.339        for scenario in feature.walk_scenarios():340            for step in scenario.steps:341                self.update_usage_database_for_step(step)342    # pylint: enable=invalid-name343    # -- FORMATTER API:344    def feature(self, feature):345        super(StepsUsageFormatter, self).feature(feature)346        self.update_usage_database_for_feature(feature)347    # -- REPORT API:348    def report(self):349        self.report_used_step_definitions()350        self.report_unused_step_definitions()351        self.report_undefined_steps()352        self.stream.write("\n")353    # -- REPORT SPECIFIC-API:354    def report_used_step_definitions(self):355        # -- STEP: Used step definitions....

sphinx_steps.py

Source:sphinx_steps.py

1# -*- coding: utf-8 -*-2"""3Provides a formatter that generates Sphinx-based documentation4of available step definitions (step implementations).5TODO:6  * Post-processor for step docstrings.7  * Solution for requires: table, text8  * i18n keywords9.. seealso::10    http://sphinx-doc.org/11.. note:: REQUIRES docutils12    :mod:`docutils` are needed to generate step-label for step references.13"""14from __future__ import absolute_import, print_function15from operator import attrgetter16import inspect17import os.path18import sys19from behave.formatter.steps import AbstractStepsFormatter20from behave.formatter import sphinx_util21from behave.model import Table22try:23    # -- NEEDED FOR: step-labels (and step-refs)24    from docutils.nodes import fully_normalize_name25    has_docutils = True26except ImportError:27    has_docutils = False28# -----------------------------------------------------------------------------29# HELPER CLASS:30# -----------------------------------------------------------------------------31class StepsModule(object):32    """33    Value object to keep track of step definitions that belong to same module.34    """35    def __init__(self, module_name, step_definitions=None):36        self.module_name = module_name37        self.step_definitions = step_definitions or []38        self._name = None39        self._filename = None40    @property41    def name(self):42        if self._name is None:43            # -- DISCOVER ON DEMAND: From step definitions (module).44            # REQUIRED: To discover complete canonical module name.45            module = self.module46            if module:47                # -- USED-BY: Imported step libraries.48                module_name = self.module.__name__49            else:50                # -- USED-BY: features/steps/*.py (without __init__.py)51                module_name = self.module_name52            self._name = module_name53        return self._name54    @property55    def filename(self):56        if not self._filename:57            if self.step_definitions:58                filename = inspect.getfile(self.step_definitions[0].func)59                self._filename = os.path.relpath(filename)60        return self._filename61    @property62    def module(self):63        if self.step_definitions:64            return inspect.getmodule(self.step_definitions[0].func)65        return sys.modules.get(self.module_name)66    @property67    def module_doc(self):68        module = self.module69        if module:70            return inspect.getdoc(module)71        return None72    def append(self, step_definition):73        self.step_definitions.append(step_definition)74# -----------------------------------------------------------------------------75# CLASS: SphinxStepsDocumentGenerator76# -----------------------------------------------------------------------------77class SphinxStepsDocumentGenerator(object):78    """79    Provides document generator class that generates Sphinx-based80    documentation for step definitions. The primary purpose is to:81      * help the step-library provider/writer82      * simplify self-documentation of step-libraries83    EXAMPLE:84        step_definitions = ...  # Collect from step_registry85        doc_generator = SphinxStepsDocumentGenerator(step_definitions, "output")86        doc_generator.write_docs()87    .. seealso:: http://sphinx-doc.org/88    """89    default_step_definition_doc = """\90.. todo::91    Step definition description is missing.92"""93    shows_step_module_info = True94    shows_step_module_overview = True95    make_step_index_entries = True96    make_step_labels = has_docutils97    document_separator = "# -- DOCUMENT-END " + "-" * 6098    step_document_prefix = "step_module."99    step_heading_prefix = "**Step:** "100    def __init__(self, step_definitions, destdir=None, stream=None):101        self.step_definitions = step_definitions102        self.destdir = destdir103        self.stream = stream104        self.document = None105    @property106    def stdout_mode(self):107        """108        Indicates that output towards stdout should be used.109        """110        return self.stream is not None111    @staticmethod112    def describe_step_definition(step_definition, step_type=None):113        if not step_type:114            step_type = step_definition.step_type or "step"115        if step_type == "step":116            step_type_text = "Given/When/Then"117        else:118            step_type_text = step_type.capitalize()119        # -- ESCAPE: Some chars required for ReST documents (like backticks)120        step_text = step_definition.pattern121        if "`" in step_text:122            step_text = step_text.replace("`", r"\`")123        return u"%s %s" % (step_type_text, step_text)124    def ensure_destdir_exists(self):125        assert self.destdir126        if os.path.isfile(self.destdir):127            print("OOPS: remove %s" % self.destdir)128            os.remove(self.destdir)129        if not os.path.exists(self.destdir):130            os.makedirs(self.destdir)131    def ensure_document_is_closed(self):132        if self.document and not self.stdout_mode:133            self.document.close()134            self.document = None135    def discover_step_modules(self):136        step_modules_map = {}137        for step_definition in self.step_definitions:138            assert step_definition.step_type is not None139            step_filename = step_definition.location.filename140            step_module = step_modules_map.get(step_filename, None)141            if not step_module:142                filename = inspect.getfile(step_definition.func)143                module_name = inspect.getmodulename(filename)144                assert module_name, \145                    "step_definition: %s" % step_definition.location146                step_module = StepsModule(module_name)147                step_modules_map[step_filename] = step_module148            step_module.append(step_definition)149        step_modules = sorted(step_modules_map.values(), key=attrgetter("name"))150        for module in step_modules:151            step_definitions = sorted(module.step_definitions,152                                      key=attrgetter("location"))153            module.step_definitions = step_definitions154        return step_modules155    def create_document(self, filename):156        if not (filename.endswith(".rst") or filename.endswith(".txt")):157            filename += ".rst"158        if self.stdout_mode:159            stream = self.stream160            document = sphinx_util.DocumentWriter(stream, should_close=False)161        else:162            self.ensure_destdir_exists()163            filename = os.path.join(self.destdir, filename)164            document = sphinx_util.DocumentWriter.open(filename)165        return document166    def write_docs(self):167        step_modules = self.discover_step_modules()168        self.write_step_module_index(step_modules)169        for step_module in step_modules:170            self.write_step_module(step_module)171        return len(step_modules)172    def write_step_module_index(self, step_modules, filename="index.rst"):173        document = self.create_document(filename)174        document.write(".. _docid.steps:\n\n")175        document.write_heading("Step Definitions")176        document.write("""\177The following step definitions are provided here.178----179""")180        entries = sorted([self.step_document_prefix + module.name181                          for module in step_modules])182        document.write_toctree(entries, maxdepth=1)183        document.close()184        if self.stdout_mode:185            sys.stdout.write("\n%s\n" % self.document_separator)186    def write_step_module(self, step_module):187        self.ensure_document_is_closed()188        document_name = self.step_document_prefix + step_module.name189        self.document = self.create_document(document_name)190        self.document.write(".. _docid.steps.%s:\n" % step_module.name)191        self.document.write_heading(step_module.name, index_id=step_module.name)192        if self.shows_step_module_info:193            self.document.write(":Module:   %s\n" % step_module.name)194            self.document.write(":Filename: %s\n" % step_module.filename)195            self.document.write("\n")196        if step_module.module_doc:197            module_doc = step_module.module_doc.strip()198            self.document.write("%s\n\n" % module_doc)199        if self.shows_step_module_overview:200            self.document.write_heading("Step Overview", level=1)201            self.write_step_module_overview(step_module.step_definitions)202        self.document.write_heading("Step Definitions", level=1)203        for step_definition in step_module.step_definitions:204            self.write_step_definition(step_definition)205        # -- FINALLY: Clean up resources.206        self.document.close()207        self.document = None208        if self.stdout_mode:209            sys.stdout.write("\n%s\n" % self.document_separator)210    def write_step_module_overview(self, step_definitions):211        assert self.document212        headings = [u"Step Definition", u"Given", u"When", u"Then", u"Step"]213        table = Table(headings)214        step_type_cols = {215            # -- pylint: disable=bad-whitespace216            "given": [u"  x", u"  ",  u"  ",  u"  "],217            "when":  [u"  ",  u"  x", u"  ",  u"  "],218            "then":  [u"  ",  u"  ",  u"  x", u"  "],219            "step":  [u"  x", u"  x", u"  x", u"  x"],220        }221        for step_definition in step_definitions:222            row = [self.describe_step_definition(step_definition)]223            row.extend(step_type_cols[step_definition.step_type])224            table.add_row(row)225        self.document.write_table(table)226    @staticmethod227    def make_step_definition_index_id(step):228        if step.step_type == "step":229            index_kinds = ("Given", "When", "Then", "Step")230        else:231            keyword = step.step_type.capitalize()232            index_kinds = (keyword,)233        schema = "single: %s%s; %s %s"234        index_parts = []235        for index_kind in index_kinds:236            keyword = index_kind237            word = " step"238            if index_kind == "Step":239                keyword = "Given/When/Then"240                word = ""241            part = schema % (index_kind, word, keyword, step.pattern)242            index_parts.append(part)243        joiner = "\n    "244        return joiner + joiner.join(index_parts)245    def make_step_definition_doc(self, step):246        doc = inspect.getdoc(step.func)247        if not doc:248            doc = self.default_step_definition_doc249        doc = doc.strip()250        return doc251    def write_step_definition(self, step):252        assert self.document253        step_text = self.describe_step_definition(step)254        if step_text.startswith("* "):255            step_text = step_text[2:]256        index_id = None257        if self.make_step_index_entries:258            index_id = self.make_step_definition_index_id(step)259        heading = step_text260        step_label = None261        if self.step_heading_prefix:262            heading = self.step_heading_prefix + step_text263        if has_docutils and self.make_step_labels:264            # -- ADD STEP-LABEL (supports: step-refs by name)265            # EXAMPLE: See also :ref:`When my step does "{something}"`.266            step_label = fully_normalize_name(step_text)267            # SKIP-HERE: self.document.write(".. _%s:\n\n" % step_label)268        self.document.write_heading(heading, level=2, index_id=index_id,269                                    label=step_label)270        step_definition_doc = self.make_step_definition_doc(step)271        self.document.write("%s\n" % step_definition_doc)272        self.document.write("\n")273# -----------------------------------------------------------------------------274# CLASS: SphinxStepsFormatter275# -----------------------------------------------------------------------------276class SphinxStepsFormatter(AbstractStepsFormatter):277    """278    Provides formatter class that generates Sphinx-based documentation279    for all registered step definitions. The primary purpose is to:280      * help the step-library provider/writer281      * simplify self-documentation of step-libraries282    .. note::283        Supports dry-run mode.284        Supports destination directory mode to write multiple documents.285    """286    name = "sphinx.steps"287    description = "Generate sphinx-based documentation for step definitions."288    doc_generator_class = SphinxStepsDocumentGenerator289    def __init__(self, stream_opener, config):290        super(SphinxStepsFormatter, self).__init__(stream_opener, config)291        self.destdir = stream_opener.name292    @property293    def step_definitions(self):294        """Derive step definitions from step-registry."""295        steps = []296        for step_type, step_definitions in self.step_registry.steps.items():297            for step in step_definitions:298                step.step_type = step_type299                steps.append(step)300        return steps301    # -- FORMATTER-API:302    def close(self):303        """Called at end of test run."""304        if not self.step_registry:305            self.discover_step_definitions()306        self.report()307    # -- SPECIFIC-API:308    def create_document_generator(self):309        generator_class = self.doc_generator_class310        if self.stdout_mode:311            return generator_class(self.step_definitions, stream=self.stream)312        else:313            return generator_class(self.step_definitions, destdir=self.destdir)314    def report(self):315        document_generator = self.create_document_generator()316        document_counts = document_generator.write_docs()317        if not self.stdout_mode:318            msg = "%s: Written %s document(s) into directory '%s'.\n"...

_stepimport.py

Source:_stepimport.py

1# -*- coding: UTF-8 -*-2"""3This module provides low-level helper functionality during step imports.4.. warn:: Do not use directly5    It should not be used directly except in behave Runner classes6    that need to provide the correct context (step_registry, matchers, etc.)7    instead of using the global module specific variables.8"""9from __future__ import absolute_import10from contextlib import contextmanager11from threading import Lock12from types import ModuleType13import os.path14import sys15from behave import step_registry as _step_registry16# from behave import matchers as _matchers17import six18# -----------------------------------------------------------------------------19# UTILITY FUNCTIONS:20# -----------------------------------------------------------------------------21def setup_api_with_step_decorators(module, step_registry):22    _step_registry.setup_step_decorators(module, step_registry)23def setup_api_with_matcher_functions(module, matcher_factory):24    module.use_step_matcher = matcher_factory.use_step_matcher25    module.step_matcher = matcher_factory.use_step_matcher26    module.register_type = matcher_factory.register_type27# -----------------------------------------------------------------------------28# FAKE MODULE CLASSES: For step imports29# -----------------------------------------------------------------------------30# class FakeModule(object):31class FakeModule(ModuleType):32    ensure_fake = True33    # -- SUPPORT FOR: behave.step_registry.setup_step_decorators()34    def __setitem__(self, name, value):35        assert "." not in name36        setattr(self, name, value)37class StepRegistryModule(FakeModule):38    """Provides a fake :mod:`behave.step_registry` module39    that can be used during step imports.40    """41    __all__ = [42        "given", "when", "then", "step",43        "Given", "When", "Then", "Step",44    ]45    def __init__(self, step_registry):46        super(StepRegistryModule, self).__init__("behave.step_registry")47        self.registry = step_registry48        setup_api_with_step_decorators(self, step_registry)49class StepMatchersModule(FakeModule):50    __all__ = ["use_step_matcher", "register_type", "step_matcher"]51    def __init__(self, matcher_factory):52        super(StepMatchersModule, self).__init__("behave.matchers")53        self.matcher_factory = matcher_factory54        setup_api_with_matcher_functions(self, matcher_factory)55        self.use_default_step_matcher = matcher_factory.use_default_step_matcher56        self.get_matcher = matcher_factory.make_matcher57        # self.matcher_mapping = matcher_mapping or _matchers.matcher_mapping.copy()58        # self.current_matcher = current_matcher or _matchers.current_matcher59        # -- INJECT PYTHON PACKAGE META-DATA:60        # REQUIRED-FOR: Non-fake submodule imports (__path__).61        here = os.path.dirname(__file__)62        self.__file__ = os.path.abspath(os.path.join(here, "matchers.py"))63        self.__name__ = "behave.matchers"64        # self.__path__ = [os.path.abspath(here)]65    # def use_step_matcher(self, name):66    #     self.matcher_factory.use_step_matcher(name)67    #     # self.current_matcher = self.matcher_mapping[name]68    #69    # def use_default_step_matcher(self, name=None):70    #     self.matcher_factory.use_default_step_matcher(name=None)71    #72    # def get_matcher(self, func, pattern):73    #     # return self.current_matcher74    #     return self.matcher_factory.make_matcher(func, pattern)75    #76    # def register_type(self, **kwargs):77    #     # _matchers.register_type(**kwargs)78    #     self.matcher_factory.register_type(**kwargs)79    #80    # step_matcher = use_step_matcher81class BehaveModule(FakeModule):82    __all__ = StepRegistryModule.__all__ + StepMatchersModule.__all__83    def __init__(self, step_registry, matcher_factory=None):84        if matcher_factory is None:85            matcher_factory = step_registry.step_matcher_factory86        assert matcher_factory is not None87        super(BehaveModule, self).__init__("behave")88        setup_api_with_step_decorators(self, step_registry)89        setup_api_with_matcher_functions(self, matcher_factory)90        self.use_default_step_matcher = matcher_factory.use_default_step_matcher91        assert step_registry.matcher_factory == matcher_factory92        # -- INJECT PYTHON PACKAGE META-DATA:93        # REQUIRED-FOR: Non-fake submodule imports (__path__).94        here = os.path.dirname(__file__)95        self.__file__ = os.path.abspath(os.path.join(here, "__init__.py"))96        self.__name__ = "behave"97        self.__path__ = [os.path.abspath(here)]98        self.__package__ = None99class StepImportModuleContext(object):100    def __init__(self, step_container):101        self.step_registry = step_container.step_registry102        self.matcher_factory = step_container.matcher_factory103        assert self.step_registry.matcher_factory == self.matcher_factory104        self.step_registry.matcher_factory = self.matcher_factory105        step_registry_module = StepRegistryModule(self.step_registry)106        step_matchers_module = StepMatchersModule(self.matcher_factory)107        behave_module = BehaveModule(self.step_registry, self.matcher_factory)108        self.modules = {109            "behave": behave_module,110            "behave.matchers": step_matchers_module,111            "behave.step_registry": step_registry_module,112        }113        # self.default_matcher = self.step_matchers_module.current_matcher114    def reset_current_matcher(self):115        self.matcher_factory.use_default_step_matcher()116_step_import_lock = Lock()117unknown = object()118@contextmanager119def use_step_import_modules(step_container):120    """Redirect any step/type registration to the runner's step-context object121    during step imports by using fake modules (instead of using module-globals).122    This allows that multiple runners can be used without polluting the123    global variables in problematic modules124    (:mod:`behave.step_registry`, mod:`behave.matchers`).125    .. sourcecode:: python126        # -- RUNNER-IMPLEMENTATION:127        def load_step_definitions(self, ...):128            step_container = self.step_container129            with use_step_import_modules(step_container) as import_context:130                # -- USE: Fake modules during step imports131                ...132                import_context.reset_current_matcher()133    :param step_container:  Step context object with step_registry, matcher_factory.134    """135    orig_modules = {}136    import_context = StepImportModuleContext(step_container)137    with _step_import_lock:138        # -- CRITICAL-SECTION (multi-threading protected)139        try:140            # -- SCOPE-GUARD SETUP: Replace original modules with fake ones.141            for module_name, fake_module in six.iteritems(import_context.modules):142                orig_module = sys.modules.get(module_name, unknown)143                orig_modules[module_name] = orig_module144                sys.modules[module_name] = fake_module145            # -- USE: Fake modules for step imports.146            yield import_context147        finally:148            # -- SCOPE-GUARD CLEANUP: Restore original modules.149            for module_name, orig_module in six.iteritems(orig_modules):150                if orig_module is unknown:151                    del sys.modules[module_name]152                else:...

behave.step_durations.py

Source:behave.step_durations.py

...27        self.max_duration = 028        self.durations = []29        self.step = step30        if step:31            self.process_step(step)32    @staticmethod33    def make_step_name(step):34        step_name = "%s %s" % (step.step_type.capitalize(), step.name)35        return step_name36    def process_step(self, step):37        step_name = self.make_step_name(step)38        if not self.step_name:39            self.step_name = step_name40        if self.min_duration > step.duration:41            self.min_duration = step.duration42        if self.max_duration < step.duration:43            self.max_duration = step.duration44        self.durations.append(step.duration)45class BehaveDurationData(object):46    def __init__(self):47        self.step_registry = {}48        self.all_steps = []49        self.all_scenarios = []50    def process_features(self, features):51        for feature in features:52            self.process_feature(feature)53    def process_feature(self, feature):54        if feature.background:55            self.process_background(feature.background)56        for scenario in feature.scenarios:57            if isinstance(scenario, ScenarioOutline):58                self.process_scenario_outline(scenario)59            else:60                self.process_scenario(scenario)61    def process_step(self, step):62        step_name = StepDurationData.make_step_name(step)63        known_step = self.step_registry.get(step_name, None)64        if known_step:65            known_step.process_step(step)66        else:67            step_data = StepDurationData(step)68            self.step_registry[step_name] = step_data69        self.all_steps.append(step)70    def process_background(self, scenario):71        for step in scenario:72            self.process_step(step)73    def process_scenario(self, scenario):74        for step in scenario:75            self.process_step(step)76    def process_scenario_outline(self, scenario_outline):77        for scenario in scenario_outline:78            self.process_scenario(scenario)79    def report_step_durations(self, limit=None, min_duration=None, ostream=sys.stdout):80        step_datas = list(self.step_registry.values())81        steps_size = len(step_datas)82        steps_by_longest_duration_first = sorted(step_datas,83                                                 key=attrgetter("max_duration"),84                                                 reverse=True)85        ostream.write("STEP DURATIONS (longest first, size=%d):\n" % steps_size)86        ostream.write("-" * 80)87        ostream.write("\n")88        for index, step in enumerate(steps_by_longest_duration_first):89            ostream.write("% 4d.  %9.6fs  %s" % \...

step_registry.py

Source:step_registry.py

1# -*- coding: UTF-8 -*-2"""3Provides a step registry and step decorators.4The step registry allows to match steps (model elements) with5step implementations (step definitions). This is necessary to execute steps.6"""7from __future__ import absolute_import8from behave.matchers import Match, get_matcher9from behave.textutil import text as _text10# limit import * to just the decorators11# pylint: disable=undefined-all-variable12# names = "given when then step"13# names = names + " " + names.title()14# __all__ = names.split()15__all__ = [16    "given", "when", "then", "step",    # PREFERRED.17    "Given", "When", "Then", "Step"     # Also possible.18]19class AmbiguousStep(ValueError):20    pass21class StepRegistry(object):22    def __init__(self):23        self.steps = {24            "given": [],25            "when": [],26            "then": [],27            "step": [],28        }29    @staticmethod30    def same_step_definition(step, other_pattern, other_location):31        return (step.pattern == other_pattern and32                step.location == other_location and33                other_location.filename != "<string>")34    def add_step_definition(self, keyword, step_text, func):35        step_location = Match.make_location(func)36        step_type = keyword.lower()37        step_text = _text(step_text)38        step_definitions = self.steps[step_type]39        for existing in step_definitions:40            if self.same_step_definition(existing, step_text, step_location):41                # -- EXACT-STEP: Same step function is already registered.42                # This may occur when a step module imports another one.43                return44            elif existing.match(step_text):     # -- SIMPLISTIC45                message = u"%s has already been defined in\n  existing step %s"46                new_step = u"@%s('%s')" % (step_type, step_text)47                existing.step_type = step_type48                existing_step = existing.describe()49                existing_step += u" at %s" % existing.location50                raise AmbiguousStep(message % (new_step, existing_step))51        step_definitions.append(get_matcher(func, step_text))52    def find_step_definition(self, step):53        candidates = self.steps[step.step_type]54        more_steps = self.steps["step"]55        if step.step_type != "step" and more_steps:56            # -- ENSURE: self.step_type lists are not modified/extended.57            candidates = list(candidates)58            candidates += more_steps59        for step_definition in candidates:60            if step_definition.match(step.name):61                return step_definition62        return None63    def find_match(self, step):64        candidates = self.steps[step.step_type]65        more_steps = self.steps["step"]66        if step.step_type != "step" and more_steps:67            # -- ENSURE: self.step_type lists are not modified/extended.68            candidates = list(candidates)69            candidates += more_steps70        for step_definition in candidates:71            result = step_definition.match(step.name)72            if result:73                return result74        return None75    def make_decorator(self, step_type):76        def decorator(step_text):77            def wrapper(func):78                self.add_step_definition(step_type, step_text, func)79                return func80            return wrapper81        return decorator82registry = StepRegistry()83# -- Create the decorators84# pylint: disable=redefined-outer-name85def setup_step_decorators(run_context=None, registry=registry):86    if run_context is None:87        run_context = globals()88    for step_type in ("given", "when", "then", "step"):89        step_decorator = registry.make_decorator(step_type)90        run_context[step_type.title()] = run_context[step_type] = step_decorator91# -----------------------------------------------------------------------------92# MODULE INIT:93# -----------------------------------------------------------------------------...

main.py

Source:main.py

1import sys, string, os2from Tkinter import *3import steps4Plugins = sys.argv[1]5print Plugins6pluginList = Plugins.split(':')7maxStep = 28curStep = 19stepList = []10# functions11# show step on the num index12def showStep(num):13    global stepList14    stepNum = len(stepList)15    if num >= stepNum or num <= 0 :16        pass17    18    i = 019    while i < stepNum:20        if i == num:21            stepList[i].stepFrame.pack(fill=BOTH, anchor='nw')22        else:23            stepList[i].stepFrame.pack_forget()24        i += 125# update the pre & next buttons status26def updateBtnState():27    global curStep28    global btnNextStep29    global btnPreStep30    if curStep == 1:31        btnPreStep['state'] = DISABLED32        btnNextStep['state'] = NORMAL33        btnNextStep['text'] = 'Next'34    elif curStep == maxStep:35        btnPreStep['state'] = NORMAL36        btnNextStep['state'] = NORMAL37        btnNextStep['text'] = 'Finish'38    else:39        btnPreStep['state'] = NORMAL40        btnNextStep['state'] = NORMAL41        btnNextStep['text'] = 'Next'42# next button clicked43def nextStep():44    if btnNextStep['text'] == 'close':45        root.quit()46        return47    48    global curStep49    nowStepObj = stepList[curStep - 1]50    bRet = nowStepObj.checkStep()51    if bRet != None:52        stepError['text'] = bRet53        return54    else:55        stepError['text'] = ''56    57    if curStep < maxStep:58        curStep += 159        showStep(curStep - 1)60        updateBtnState()61    elif curStep == maxStep:62        # disable buttons when process63        btnPreStep['state'] = DISABLED64        btnNextStep['state'] = DISABLED65        66        # get user input arguments67        projPath = stepList[0].getPath()68        plugins = stepList[1].getSelectedPlugins()69        strPlugins = ''70        i = 071        while i < len(plugins):72            strPlugins += "plugins/"73            strPlugins += plugins[i]74            if i != (len(plugins) - 1):75                strPlugins += ':'76            i += 177        78        # process shell script to modify the game project79        ret = os.system('bash ./toolsForGame/addPluginForGame.sh ' + projPath + ' ' + strPlugins)80        81        if ret != 0:82            # enable buttons after process83            btnPreStep['state'] = NORMAL84            btnNextStep['state'] = NORMAL85            stepError['text'] = 'Error during process'86        else:87            # enable next button & change text to close88            btnNextStep['state'] = NORMAL89            btnNextStep['text'] = 'close'90            stepError['text'] = 'Process Successful!'91# pre button clicked92def preStep():93    global curStep94    global stepError95    stepError['text'] = ''96    if curStep > 1:97        curStep -= 198        showStep(curStep - 1)99    100    updateBtnState()101# init root view102root = Tk()103root.title('Plugin-x Integration Guide')104root.geometry("600x400")105rootFrame = Frame(root)106rootFrame.pack(fill=BOTH)107# steps view108MyStep1 = steps.step1()109MyStep1.initStep(rootFrame)110MyStep2 = steps.step2()111MyStep2.initStep(rootFrame, pluginList)112stepList.append(MyStep1)113stepList.append(MyStep2)114MyStep1.stepFrame.pack(fill=BOTH, anchor='nw')115# add step error message116controlFrame = Frame(root)117controlFrame.pack(side=BOTTOM, fill=X, anchor='s')118stepError = Label(controlFrame)119stepError.pack(side=LEFT, padx=30)120# add step button121btnNextStep = Button(controlFrame, text='Next', command=nextStep)122btnPreStep = Button(controlFrame, text='Back', command=preStep, state=DISABLED)123btnNextStep.pack(side=RIGHT, padx=30)124btnPreStep.pack(side=RIGHT)...

behave_undefined_steps.py

Source:behave_undefined_steps.py

1# -*- coding: UTF-8 -*-2"""3Provides step definitions for behave based on behave4cmd.4REQUIRES:5  * behave4cmd.steplib.output steps (command output from behave).6"""7from __future__ import absolute_import8from behave import then9from behave.runner_util import make_undefined_step_snippet10# -----------------------------------------------------------------------------11# UTILITY FUNCTIONS:12# -----------------------------------------------------------------------------13def text_indent(text, indent_size=0):14    prefix = " " * indent_size15    return prefix.join(text.splitlines(True))16# -----------------------------------------------------------------------------17# STEPS FOR: Undefined step definitions18# -----------------------------------------------------------------------------19@then(u'an undefined-step snippets section exists')20def step_undefined_step_snippets_section_exists(context):21    """22    Checks if an undefined-step snippet section is in behave command output.23    """24    context.execute_steps(u'''25        Then the command output should contain:26            """27            You can implement step definitions for undefined steps with these snippets:28            """29    ''')30@then(u'an undefined-step snippet should exist for "{step}"')31def step_undefined_step_snippet_should_exist_for(context, step):32    """33    Checks if an undefined-step snippet is provided for a step34    in behave command output (last command).35    EXAMPLE:36        Then an undefined-step snippet should exist for "Given an undefined step"37    """38    undefined_step_snippet  = make_undefined_step_snippet(step)39    context.execute_steps(u'''\40Then the command output should contain:41    """42    {undefined_step_snippet}43    """44    '''.format(undefined_step_snippet=text_indent(undefined_step_snippet, 4)))45@then(u'an undefined-step snippet should not exist for "{step}"')46def step_undefined_step_snippet_should_not_exist_for(context, step):47    """48    Checks if an undefined-step snippet is provided for a step49    in behave command output (last command).50    """51    undefined_step_snippet  = make_undefined_step_snippet(step)52    context.execute_steps(u'''\53Then the command output should not contain:54    """55    {undefined_step_snippet}56    """57    '''.format(undefined_step_snippet=text_indent(undefined_step_snippet, 4)))58@then(u'undefined-step snippets should exist for')59def step_undefined_step_snippets_should_exist_for_table(context):60    """61    Checks if undefined-step snippets are provided.62    EXAMPLE:63        Then undefined-step snippets should exist for:64            | Step |65            | When an undefined step is used |66            | Then another undefined step is used |67    """68    assert context.table, "REQUIRES: table"69    for row in context.table.rows:70        step = row["Step"]71        step_undefined_step_snippet_should_exist_for(context, step)72@then(u'undefined-step snippets should not exist for')73def step_undefined_step_snippets_should_not_exist_for_table(context):74    """75    Checks if undefined-step snippets are not provided.76    EXAMPLE:77        Then undefined-step snippets should not exist for:78            | Step |79            | When an known step is used |80            | Then another known step is used |81    """82    assert context.table, "REQUIRES: table"83    for row in context.table.rows:84        step = row["Step"]...

test_step_registry.py

Source:test_step_registry.py

1# -*- coding: UTF-8 -*-2# pylint: disable=unused-wildcard-import3from __future__ import absolute_import, with_statement4from mock import Mock, patch5from nose.tools import *        # pylint: disable=wildcard-import6from six.moves import range     # pylint: disable=redefined-builtin7from behave import step_registry8class TestStepRegistry(object):9    # pylint: disable=invalid-name, no-self-use10    def test_add_step_definition_adds_to_lowercased_keyword(self):11        registry = step_registry.StepRegistry()12        # -- MONKEYPATCH-PROBLEM:13        #  with patch('behave.matchers.get_matcher') as get_matcher:14        with patch('behave.step_registry.get_matcher') as get_matcher:15            func = lambda x: -x16            pattern = 'just a test string'17            magic_object = object()18            get_matcher.return_value = magic_object19            for step_type in list(registry.steps.keys()):20                l = []21                registry.steps[step_type] = l22                registry.add_step_definition(step_type.upper(), pattern, func)23                get_matcher.assert_called_with(func, pattern)24                eq_(l, [magic_object])25    def test_find_match_with_specific_step_type_also_searches_generic(self):26        registry = step_registry.StepRegistry()27        given_mock = Mock()28        given_mock.match.return_value = None29        step_mock = Mock()30        step_mock.match.return_value = None31        registry.steps['given'].append(given_mock)32        registry.steps['step'].append(step_mock)33        step = Mock()34        step.step_type = 'given'35        step.name = 'just a test step'36        assert registry.find_match(step) is None37        given_mock.match.assert_called_with(step.name)38        step_mock.match.assert_called_with(step.name)39    def test_find_match_with_no_match_returns_none(self):40        registry = step_registry.StepRegistry()41        step_defs = [Mock() for x in range(0, 10)]42        for mock in step_defs:43            mock.match.return_value = None44        registry.steps['when'] = step_defs45        step = Mock()46        step.step_type = 'when'47        step.name = 'just a test step'48        assert registry.find_match(step) is None49    def test_find_match_with_a_match_returns_match(self):50        registry = step_registry.StepRegistry()51        step_defs = [Mock() for x in range(0, 10)]52        for mock in step_defs:53            mock.match.return_value = None54        magic_object = object()55        step_defs[5].match.return_value = magic_object56        registry.steps['then'] = step_defs57        step = Mock()58        step.step_type = 'then'59        step.name = 'just a test step'60        assert registry.find_match(step) is magic_object61        for mock in step_defs[6:]:62            eq_(mock.match.call_count, 0)63    # pylint: disable=line-too-long64    @patch.object(step_registry.registry, 'add_step_definition')65    def test_make_step_decorator_ends_up_adding_a_step_definition(self, add_step_definition):66        step_type = object()67        step_pattern = object()68        func = object()69        decorator = step_registry.registry.make_decorator(step_type)70        wrapper = decorator(step_pattern)71        assert wrapper(func) is func...

Using AI Code Generation

1var WebPageTest = require('webpagetest');2var wpt = new WebPageTest('www.webpagetest.org');3    if (err) return console.error(err);4    console.log('Test submitted. Polling for results...');5    wpt.getTestResults(data.data.testId, function(err, data) {6        if (err) return console.error(err);7        console.log('Test completed!');8        console.log('First View (fv): ' + data.data.average.firstView.loadTime + 'ms');9        console.log('Repeat View (rv): ' + data.data.average.repeatView.loadTime + 'ms');10    });11});

Using AI Code Generation

1var WebPageTest = require('webpagetest');2var wpt = new WebPageTest('www.webpagetest.org', 'A.0b1c2d3e4f5g6h7i8j9k0l1m2n3o4p5q6r7s8t9u0v1w2x3y4z5');3wpt.runTest(testURL, function(err, data) {4    if (err) return console.error(err);5    console.log('Test submitted. Polling for results...');6    wpt.getTestResults(data.data.testId, function(err, data) {7        if (err) return console.error(err);8        console.log(data);9    });10});

Using AI Code Generation

1var wpt = require('webpagetest');2var wpt = new WebPageTest('www.webpagetest.org');3var options = {4};5wpt.runTest(url, options, function (err, data) {6    if (err) return console.error(err);7    wpt.getTestResults(data.data.testId, function (err, data) {8        if (err) return console.error(err);9        console.log(data);10    });11});

Using AI Code Generation

1var wpt = require('webpagetest');2var options = {3};4var wpt = new WebPageTest('www.webpagetest.org', options.key);5    if (err) return console.log(err);6    console.log('Test status:', data.statusText);7    console.log('View results at', data.data.summary);8    wpt.getTestResults(data.data.testId, function(err, data) {9        if (err) return console.log(err);10        console.log('First View:', data.data.average.firstView);11        console.log('Repeat View:', data.data.average.repeatView);12    });13});

Using AI Code Generation

1var wpt = require('./webpagetest-api');2var fs = require('fs');3var wpt = new wpt('A.9d9a9e9a9d9d9a9a9a9d9a9a9d9a9a9a9a9a9a9', 'www.webpagetest.org');4var options = {5};6var testId;7var testId = '170831_0J_5d5c8c5a5e5d5a5a5a5a5a5a5a5a5a5a5a5a5a5';8var testId = '170831_0J_5d5c8c5a5e5d5a5a5a5a5a5a5a5a5a5a5a5a5';9var testId = '170831_0J_5d5c8c5a5e5d5a5a5a5a5a5a5a5a5a5a5a5a5';10var testId = '170831_0J_5d5c8c5a5e5d5a5a5a5a5a5a5a5a5a5a5a5a5';11var testId = '170831_0J_5d5c8c5a5e5d5a5a5a5a5a5a5a5a5a5a5a5a5';12var testId = '170831_0J_5d5c8c5a5e5d5a5a5a5a5a5a5a5a5a5a5a5a5';13var testId = '170831_0J_5d5c8c5a5e5d5a5a5a5a5a5a5a5a5a5a5a5a5';

Using AI Code Generation

1var wpt = require('webpagetest');2var options = {3  videoParams: {4  }5};6var wpt = new WebPageTest('www.webpagetest.org', options.key);7  if (err) return console.log(err);8  console.log(data);9  wpt.getTestResults(data.data.testId, function(err, data) {10    if (err) return console.log(err);11    console.log(data);12  });13});

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