<reponame>Snooz82/robotframework-lsp
from robotframework_ls.impl.text_utilities import (
    normalize_robot_name,
    matches_robot_keyword,
)


class RobotStringMatcher(object):
    def __init__(self, filter_text):
        self.filter_text = normalize_robot_name(filter_text)

    def accepts(self, word):
        if not self.filter_text:
            return True
        return self.filter_text in normalize_robot_name(word)

    def accepts_keyword_name(self, word):
        if not self.filter_text:
            return True
        return self.filter_text in normalize_robot_name(word)

    def is_same_robot_name(self, word):
        return self.filter_text == normalize_robot_name(word)

    def is_keyword_name_match(self, keyword_name):
        normalized = normalize_robot_name(keyword_name)
        if self.filter_text == normalized:
            return True

        if "{" in normalized:
            return matches_robot_keyword(self.filter_text, normalized)

        return False


class MatcherWithResourceOrLibraryName(RobotStringMatcher):
    def __init__(self, resource_or_library_name, qualifier):
        """
        :param resource_or_library_name str:
            The resource or library name to match (i.e.: BuiltIn, my_library).
        :param qualifier:
            The qualifier of the word to be matched in that library.
        """
        RobotStringMatcher.__init__(self, qualifier)
        self.resource_or_library_name = resource_or_library_name

    def accepts_keyword(self, keyword_found):
        """
        :param IKeywordFound keyword_found:
        """
        name = keyword_found.resource_name or keyword_found.library_name
        if name == self.resource_or_library_name:
            return self.accepts_keyword_name(keyword_found.keyword_name)
        return False

    def is_keyword_match(self, keyword_found):
        name = keyword_found.resource_name or keyword_found.library_name
        if name == self.resource_or_library_name:
            return self.is_keyword_name_match(keyword_found.keyword_name)
        return False


def build_matchers_with_resource_or_library_scope(token_str):
    """
    Given a string such as:
    
    'BuiltIn.Should Contain'
    
    it'll return:
    
    [MatcherWithResourceOrLibraryName('BuiltIn', 'Should Contain')]
    """
    from robotframework_ls.impl.text_utilities import iter_dotted_names

    resource_matchers = []
    for resource_or_library_name, qualifier in iter_dotted_names(token_str):
        resource_matchers.append(
            MatcherWithResourceOrLibraryName(resource_or_library_name, qualifier)
        )
    return resource_matchers

from robotframework_ls.impl.text_utilities import (
    normalize_robot_name,
    matches_robot_keyword,
)


class RobotStringMatcher(object):
    def __init__(self, filter_text):
        self.filter_text = normalize_robot_name(filter_text)

    def accepts(self, word):
        if not self.filter_text:
            return True
        return self.filter_text in normalize_robot_name(word)

    def accepts_keyword_name(self, word):
        if not self.filter_text:
            return True
        return self.filter_text in normalize_robot_name(word)

    def is_same_robot_name(self, word):
        return self.filter_text == normalize_robot_name(word)

    def is_keyword_name_match(self, keyword_name):
        normalized = normalize_robot_name(keyword_name)
        if self.filter_text == normalized:
            return True

        if "{" in normalized:
            return matches_robot_keyword(self.filter_text, normalized)

        return False


class MatcherWithResourceOrLibraryName(RobotStringMatcher):
    def __init__(self, resource_or_library_name, qualifier):
        """
        :param resource_or_library_name str:
            The resource or library name to match (i.e.: BuiltIn, my_library).
        :param qualifier:
            The qualifier of the word to be matched in that library.
        """
        RobotStringMatcher.__init__(self, qualifier)
        self.resource_or_library_name = resource_or_library_name

    def accepts_keyword(self, keyword_found):
        """
        :param IKeywordFound keyword_found:
        """
        name = keyword_found.resource_name or keyword_found.library_name
        if name == self.resource_or_library_name:
            return self.accepts_keyword_name(keyword_found.keyword_name)
        return False

    def is_keyword_match(self, keyword_found):
        name = keyword_found.resource_name or keyword_found.library_name
        if name == self.resource_or_library_name:
            return self.is_keyword_name_match(keyword_found.keyword_name)
        return False


def build_matchers_with_resource_or_library_scope(token_str):
    """
    Given a string such as:
    
    'BuiltIn.Should Contain'
    
    it'll return:
    
    [MatcherWithResourceOrLibraryName('BuiltIn', 'Should Contain')]
    """
    from robotframework_ls.impl.text_utilities import iter_dotted_names

    resource_matchers = []
    for resource_or_library_name, qualifier in iter_dotted_names(token_str):
        resource_matchers.append(
            MatcherWithResourceOrLibraryName(resource_or_library_name, qualifier)
        )
    return resource_matchers
:param resource_or_library_name str:             The resource or library name to match (i.e.: BuiltIn, my_library).         :param qualifier:             The qualifier of the word to be matched in that library. :param IKeywordFound keyword_found: Given a string such as:          'BuiltIn.Should Contain'          it'll return:          [MatcherWithResourceOrLibraryName('BuiltIn', 'Should Contain')]