getgauge/parser_parso.py
def parse(file_path, content=None):
        """
        Create a PythonFile object with specified file_path and content.
        If content is None then, it is loaded from the file_path method.
        Otherwise, file_path is only used for reporting errors.
        """
        try:
            # Parso reads files in binary mode and converts to unicode
            # using python_bytes_to_unicode() function. As a result,
            # we no longer have information about original file encoding and
            # output of module.get_content() can't be converted back to bytes
            # For now we can make a compromise by reading the file ourselves
            # and passing content to parse() function.
            if content is None:
                with open(file_path) as f:
                    content = f.read()
            py_tree = _parser.parse(
                content, path=file_path, error_recovery=False)
            return ParsoPythonFile(file_path, py_tree)
        except parso.parser.ParserSyntaxError as ex:
            logging.error("Failed to parse %s:%d '%s'", file_path,
                          ex.error_leaf.line, ex.error_leaf.get_code())
def parse(file_path, content=None):
        """
        Create a PythonFile object with specified file_path and content.
        If content is None then, it is loaded from the file_path method.
        Otherwise, file_path is only used for reporting errors.
        """
        try:
            # Parso reads files in binary mode and converts to unicode
            # using python_bytes_to_unicode() function. As a result,
            # we no longer have information about original file encoding and
            # output of module.get_content() can't be converted back to bytes
            # For now we can make a compromise by reading the file ourselves
            # and passing content to parse() function.
            if content is None:
                with open(file_path) as f:
                    content = f.read()
            py_tree = _parser.parse(
                content, path=file_path, error_recovery=False)
            return ParsoPythonFile(file_path, py_tree)
        except parso.parser.ParserSyntaxError as ex:
            logging.error("Failed to parse %s:%d '%s'", file_path,
                          ex.error_leaf.line, ex.error_leaf.get_code())
def parse ( file_path , content = None ) : try : # Parso reads files in binary mode and converts to unicode # using python_bytes_to_unicode() function. As a result, # we no longer have information about original file encoding and # output of module.get_content() can't be converted back to bytes # For now we can make a compromise by reading the file ourselves # and passing content to parse() function. if content is None : with open ( file_path ) as f : content = f . read ( ) py_tree = _parser . parse ( content , path = file_path , error_recovery = False ) return ParsoPythonFile ( file_path , py_tree ) except parso . parser . ParserSyntaxError as ex : logging . error ( "Failed to parse %s:%d '%s'" , file_path , ex . error_leaf . line , ex . error_leaf . get_code ( ) )
Create a PythonFile object with specified file_path and content.
        If content is None then, it is loaded from the file_path method.
        Otherwise, file_path is only used for reporting errors.
Create a PythonFile object with specified file_path and content . If content is None then it is loaded from the file_path method . Otherwise file_path is only used for reporting errors .