# Copyright (C) 2016-2024 RhodeCode GmbH # # This program is free software: you can redistribute it and/or modify # it under the terms of the GNU Affero General Public License, version 3 # (only), as published by the Free Software Foundation. # # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU General Public License for more details. # # You should have received a copy of the GNU Affero General Public License # along with this program. If not, see . # # This program is dual-licensed. If you wish to learn more about the # RhodeCode Enterprise Edition, including its added features, Support services, # and proprietary license terms, please see https://rhodecode.com/licenses/ import time import logging import operator from pyramid.httpexceptions import HTTPFound, HTTPForbidden, HTTPBadRequest from rhodecode.lib import helpers as h, diffs, rc_cache from rhodecode.lib.str_utils import safe_str from rhodecode.lib.utils import repo_name_slug from rhodecode.lib.utils2 import ( StrictAttributeDict, str2bool, safe_int, datetime_to_time, ) from rhodecode.lib.markup_renderer import MarkupRenderer, relative_links from rhodecode.lib.vcs.backends.base import EmptyCommit from rhodecode.lib.vcs.exceptions import RepositoryRequirementError from rhodecode.model import repo from rhodecode.model import repo_group from rhodecode.model import user_group from rhodecode.model import user from rhodecode.model.db import User from rhodecode.model.scm import ScmModel from rhodecode.model.settings import VcsSettingsModel, IssueTrackerSettingsModel from rhodecode.model.repo import ReadmeFinder log = logging.getLogger(__name__) ADMIN_PREFIX: str = "/_admin" STATIC_FILE_PREFIX: str = "/_static" URL_NAME_REQUIREMENTS = { # group name can have a slash in them, but they must not end with a slash "group_name": r".*?[^/]", "repo_group_name": r".*?[^/]", # repo names can have a slash in them, but they must not end with a slash "repo_name": r".*?[^/]", # file path eats up everything at the end "f_path": r".*", # reference types "source_ref_type": r"(branch|book|tag|rev|\%\(source_ref_type\)s)", "target_ref_type": r"(branch|book|tag|rev|\%\(target_ref_type\)s)", } def add_route_with_slash(config, name, pattern, **kw): config.add_route(name, pattern, **kw) if not pattern.endswith("/"): config.add_route(name + "_slash", pattern + "/", **kw) def add_route_requirements(route_path, requirements=None): """ Adds regex requirements to pyramid routes using a mapping dict e.g:: add_route_requirements('{repo_name}/settings') """ requirements = requirements or URL_NAME_REQUIREMENTS for key, regex in list(requirements.items()): route_path = route_path.replace("{%s}" % key, "{%s:%s}" % (key, regex)) return route_path def get_format_ref_id(repo): """Returns a `repo` specific reference formatter function""" if h.is_svn(repo): return _format_ref_id_svn else: return _format_ref_id def _format_ref_id(name, raw_id): """Default formatting of a given reference `name`""" return name def _format_ref_id_svn(name, raw_id): """Special way of formatting a reference for Subversion including path""" return f"{name}@{raw_id}" class TemplateArgs(StrictAttributeDict): pass class BaseAppView(object): DONT_CHECKOUT_VIEWS = ["channelstream_connect", "ops_ping"] EXTRA_VIEWS_TO_IGNORE = ['login', 'register', 'logout'] SETUP_2FA_VIEW = 'setup_2fa' VERIFY_2FA_VIEW = 'check_2fa' def __init__(self, context, request): self.request = request self.context = context self.session = request.session if not hasattr(request, "user"): # NOTE(marcink): edge case, we ended up in matched route # but probably of web-app context, e.g API CALL/VCS CALL if hasattr(request, "vcs_call") or hasattr(request, "rpc_method"): log.warning("Unable to process request `%s` in this scope", request) raise HTTPBadRequest() self._rhodecode_user = request.user # auth user self._rhodecode_db_user = self._rhodecode_user.get_instance() self.user_data = self._rhodecode_db_user.user_data if self._rhodecode_db_user else {} self._maybe_needs_password_change( request.matched_route.name, self._rhodecode_db_user ) self._maybe_needs_2fa_configuration( request.matched_route.name, self._rhodecode_db_user ) self._maybe_needs_2fa_check( request.matched_route.name, self._rhodecode_db_user ) def _maybe_needs_password_change(self, view_name, user_obj): if view_name in self.DONT_CHECKOUT_VIEWS: return log.debug( "Checking if user %s needs password change on view %s", user_obj, view_name ) skip_user_views = [ "logout", "login", "check_2fa", "my_account_password", "my_account_password_update", ] if not user_obj: return if user_obj.username == User.DEFAULT_USER: return now = time.time() should_change = self.user_data.get("force_password_change") change_after = safe_int(should_change) or 0 if should_change and now > change_after: log.debug("User %s requires password change", user_obj) h.flash( "You are required to change your password", "warning", ignore_duplicate=True, ) if view_name not in skip_user_views: raise HTTPFound(self.request.route_path("my_account_password")) def _maybe_needs_2fa_configuration(self, view_name, user_obj): if view_name in self.DONT_CHECKOUT_VIEWS + self.EXTRA_VIEWS_TO_IGNORE: return if not user_obj: return if user_obj.needs_2fa_configure and view_name != self.SETUP_2FA_VIEW: h.flash( "You are required to configure 2FA", "warning", ignore_duplicate=False, ) # Special case for users created "on the fly" (ldap case for new user) user_obj.check_2fa_required = False raise HTTPFound(self.request.route_path(self.SETUP_2FA_VIEW)) def _maybe_needs_2fa_check(self, view_name, user_obj): if view_name in self.DONT_CHECKOUT_VIEWS + self.EXTRA_VIEWS_TO_IGNORE: return if not user_obj: return if user_obj.check_2fa_required and view_name != self.VERIFY_2FA_VIEW: raise HTTPFound(self.request.route_path(self.VERIFY_2FA_VIEW)) def _log_creation_exception(self, e, repo_name): _ = self.request.translate reason = None if len(e.args) == 2: reason = e.args[1] if reason == "INVALID_CERTIFICATE": log.exception("Exception creating a repository: invalid certificate") msg = _("Error creating repository %s: invalid certificate") % repo_name else: log.exception("Exception creating a repository") msg = _("Error creating repository %s") % repo_name return msg def _get_local_tmpl_context(self, include_app_defaults=True): c = TemplateArgs() c.auth_user = self.request.user # TODO(marcink): migrate the usage of c.rhodecode_user to c.auth_user c.rhodecode_user = self.request.user if include_app_defaults: from rhodecode.lib.base import attach_context_attributes attach_context_attributes(c, self.request, self.request.user.user_id) c.is_super_admin = c.auth_user.is_admin c.can_create_repo = c.is_super_admin c.can_create_repo_group = c.is_super_admin c.can_create_user_group = c.is_super_admin c.is_delegated_admin = False if not c.auth_user.is_default and not c.is_super_admin: c.can_create_repo = h.HasPermissionAny("hg.create.repository")( user=self.request.user ) repositories = c.auth_user.repositories_admin or c.can_create_repo c.can_create_repo_group = h.HasPermissionAny("hg.repogroup.create.true")( user=self.request.user ) repository_groups = ( c.auth_user.repository_groups_admin or c.can_create_repo_group ) c.can_create_user_group = h.HasPermissionAny("hg.usergroup.create.true")( user=self.request.user ) user_groups = c.auth_user.user_groups_admin or c.can_create_user_group # delegated admin can create, or manage some objects c.is_delegated_admin = repositories or repository_groups or user_groups return c def _get_template_context(self, tmpl_args, **kwargs): local_tmpl_args = {"defaults": {}, "errors": {}, "c": tmpl_args} local_tmpl_args.update(kwargs) return local_tmpl_args def load_default_context(self): """ example: def load_default_context(self): c = self._get_local_tmpl_context() c.custom_var = 'foobar' return c """ raise NotImplementedError("Needs implementation in view class") class RepoAppView(BaseAppView): def __init__(self, context, request): super().__init__(context, request) self.db_repo = request.db_repo self.db_repo_name = self.db_repo.repo_name self.db_repo_pull_requests = ScmModel().get_pull_requests(self.db_repo) self.db_repo_artifacts = ScmModel().get_artifacts(self.db_repo) self.db_repo_patterns = IssueTrackerSettingsModel(repo=self.db_repo) def _handle_missing_requirements(self, error): log.error( "Requirements are missing for repository %s: %s", self.db_repo_name, safe_str(error), ) def _prepare_and_set_clone_url(self, c): username = "" if self._rhodecode_user.username != User.DEFAULT_USER: username = self._rhodecode_user.username _def_clone_uri = c.clone_uri_tmpl _def_clone_uri_id = c.clone_uri_id_tmpl _def_clone_uri_ssh = c.clone_uri_ssh_tmpl c.clone_repo_url = self.db_repo.clone_url( user=username, uri_tmpl=_def_clone_uri ) c.clone_repo_url_id = self.db_repo.clone_url( user=username, uri_tmpl=_def_clone_uri_id ) c.clone_repo_url_ssh = self.db_repo.clone_url( uri_tmpl=_def_clone_uri_ssh, ssh=True ) def _get_local_tmpl_context(self, include_app_defaults=True): _ = self.request.translate c = super()._get_local_tmpl_context(include_app_defaults=include_app_defaults) # register common vars for this type of view c.rhodecode_db_repo = self.db_repo c.repo_name = self.db_repo_name c.repository_pull_requests = self.db_repo_pull_requests c.repository_artifacts = self.db_repo_artifacts c.repository_is_user_following = ScmModel().is_following_repo( self.db_repo_name, self._rhodecode_user.user_id ) self.path_filter = PathFilter(None) c.repository_requirements_missing = {} try: self.rhodecode_vcs_repo = self.db_repo.scm_instance() # NOTE(marcink): # comparison to None since if it's an object __bool__ is expensive to # calculate if self.rhodecode_vcs_repo is not None: path_perms = self.rhodecode_vcs_repo.get_path_permissions( c.auth_user.username ) self.path_filter = PathFilter(path_perms) except RepositoryRequirementError as e: c.repository_requirements_missing = {"error": str(e)} self._handle_missing_requirements(e) self.rhodecode_vcs_repo = None c.path_filter = self.path_filter # used by atom_feed_entry.mako if self.rhodecode_vcs_repo is None: # unable to fetch this repo as vcs instance, report back to user log.debug( "Repository was not found on filesystem, check if it exists or is not damaged" ) h.flash( _( "The repository `%(repo_name)s` cannot be loaded in filesystem. " "Please check if it exist, or is not damaged." ) % {"repo_name": c.repo_name}, category="error", ignore_duplicate=True, ) if c.repository_requirements_missing: route = self.request.matched_route.name if route.startswith(("edit_repo", "repo_summary")): # allow summary and edit repo on missing requirements return c raise HTTPFound( h.route_path("repo_summary", repo_name=self.db_repo_name) ) else: # redirect if we don't show missing requirements raise HTTPFound(h.route_path("home")) c.has_origin_repo_read_perm = False if self.db_repo.fork: c.has_origin_repo_read_perm = h.HasRepoPermissionAny( "repository.write", "repository.read", "repository.admin" )(self.db_repo.fork.repo_name, "summary fork link") return c def _get_f_path_unchecked(self, matchdict, default=None): """ Should only be used by redirects, everything else should call _get_f_path """ f_path = matchdict.get("f_path") if f_path: # fix for multiple initial slashes that causes errors for GIT return f_path.lstrip("/") return default def _get_f_path(self, matchdict, default=None): f_path_match = self._get_f_path_unchecked(matchdict, default) return self.path_filter.assert_path_permissions(f_path_match) def _get_general_setting(self, target_repo, settings_key, default=False): settings_model = VcsSettingsModel(repo=target_repo) settings = settings_model.get_general_settings() return settings.get(settings_key, default) def _get_repo_setting(self, target_repo, settings_key, default=False): settings_model = VcsSettingsModel(repo=target_repo) settings = settings_model.get_repo_settings_inherited() return settings.get(settings_key, default) def _get_readme_data(self, db_repo, renderer_type, commit_id=None, path="/", nodes=None): log.debug("Looking for README file at path %s", path) if commit_id: landing_commit_id = commit_id else: landing_commit = db_repo.get_landing_commit() if isinstance(landing_commit, EmptyCommit): return None, None landing_commit_id = landing_commit.raw_id cache_namespace_uid = f"repo.{db_repo.repo_id}" region = rc_cache.get_or_create_region( "cache_repo", cache_namespace_uid, use_async_runner=False ) start = time.time() @region.conditional_cache_on_arguments(namespace=cache_namespace_uid) def generate_repo_readme( _repo_id, _commit_id, _repo_name, _readme_search_path, _renderer_type ): _readme_data = None _readme_filename = None commit = db_repo.get_commit(_commit_id) log.debug("Searching for a README file at commit %s.", _commit_id) readme_node = ReadmeFinder(_renderer_type).search(commit, path=_readme_search_path, nodes=nodes) if readme_node: log.debug("Found README node: %s", readme_node) relative_urls = { "raw": h.route_path( "repo_file_raw", repo_name=_repo_name, commit_id=commit.raw_id, f_path=readme_node.path, ), "standard": h.route_path( "repo_files", repo_name=_repo_name, commit_id=commit.raw_id, f_path=readme_node.path, ), } _readme_data = self._render_readme_or_none( commit, readme_node, relative_urls ) _readme_filename = readme_node.str_path return _readme_data, _readme_filename readme_data, readme_filename = generate_repo_readme( db_repo.repo_id, landing_commit_id, db_repo.repo_name, path, renderer_type ) compute_time = time.time() - start log.debug( "Repo README for path %s generated and computed in %.4fs", path, compute_time, ) return readme_data, readme_filename def _render_readme_or_none(self, commit, readme_node, relative_urls): log.debug("Found README file `%s` rendering...", readme_node.path) renderer = MarkupRenderer() try: html_source = renderer.render( readme_node.str_content, filename=readme_node.path ) if relative_urls: return relative_links(html_source, relative_urls) return html_source except Exception: log.exception("Exception while trying to render the README") def get_recache_flag(self): for flag_name in ["force_recache", "force-recache", "no-cache"]: flag_val = self.request.GET.get(flag_name) if str2bool(flag_val): return True return False def get_commit_preload_attrs(cls): pre_load = [ "author", "branch", "date", "message", "parents", "obsolete", "phase", "hidden", ] return pre_load class PathFilter(object): # Expects and instance of BasePathPermissionChecker or None def __init__(self, permission_checker): self.permission_checker = permission_checker def assert_path_permissions(self, path): if self.path_access_allowed(path): return path raise HTTPForbidden() def path_access_allowed(self, path): log.debug("Checking ACL permissions for PathFilter for `%s`", path) if self.permission_checker: has_access = path and self.permission_checker.has_access(path) log.debug( "ACL Permissions checker enabled, ACL Check has_access: %s", has_access ) return has_access log.debug("ACL permissions checker not enabled, skipping...") return True def filter_patchset(self, patchset): if not self.permission_checker or not patchset: return patchset, False had_filtered = False filtered_patchset = [] for patch in patchset: filename = patch.get("filename", None) if not filename or self.permission_checker.has_access(filename): filtered_patchset.append(patch) else: had_filtered = True if had_filtered: if isinstance(patchset, diffs.LimitedDiffContainer): filtered_patchset = diffs.LimitedDiffContainer( patchset.diff_limit, patchset.cur_diff_size, filtered_patchset ) return filtered_patchset, True else: return patchset, False def render_patchset_filtered( self, diffset, patchset, source_ref=None, target_ref=None ): filtered_patchset, has_hidden_changes = self.filter_patchset(patchset) result = diffset.render_patchset( filtered_patchset, source_ref=source_ref, target_ref=target_ref ) result.has_hidden_changes = has_hidden_changes return result def get_raw_patch(self, diff_processor): if self.permission_checker is None: return diff_processor.as_raw() elif self.permission_checker.has_full_access: return diff_processor.as_raw() else: return "# Repository has user-specific filters, raw patch generation is disabled." @property def is_enabled(self): return self.permission_checker is not None class RepoGroupAppView(BaseAppView): def __init__(self, context, request): super().__init__(context, request) self.db_repo_group = request.db_repo_group self.db_repo_group_name = self.db_repo_group.group_name def _get_local_tmpl_context(self, include_app_defaults=True): _ = self.request.translate c = super()._get_local_tmpl_context(include_app_defaults=include_app_defaults) c.repo_group = self.db_repo_group return c def _revoke_perms_on_yourself(self, form_result): _updates = [ u for u in form_result["perm_updates"] if self._rhodecode_user.user_id == int(u[0]) ] _additions = [ u for u in form_result["perm_additions"] if self._rhodecode_user.user_id == int(u[0]) ] _deletions = [ u for u in form_result["perm_deletions"] if self._rhodecode_user.user_id == int(u[0]) ] admin_perm = "group.admin" if ( _updates and _updates[0][1] != admin_perm or _additions and _additions[0][1] != admin_perm or _deletions and _deletions[0][1] != admin_perm ): return True return False class UserGroupAppView(BaseAppView): def __init__(self, context, request): super().__init__(context, request) self.db_user_group = request.db_user_group self.db_user_group_name = self.db_user_group.users_group_name class UserAppView(BaseAppView): def __init__(self, context, request): super().__init__(context, request) self.db_user = request.db_user self.db_user_id = self.db_user.user_id _ = self.request.translate if not request.db_user_supports_default: if self.db_user.username == User.DEFAULT_USER: h.flash( _("Editing user `{}` is disabled.".format(User.DEFAULT_USER)), category="warning", ) raise HTTPFound(h.route_path("users")) class DataGridAppView(object): """ Common class to have re-usable grid rendering components """ def _extract_ordering(self, request, column_map=None): column_map = column_map or {} column_index = safe_int(request.GET.get("order[0][column]")) order_dir = request.GET.get("order[0][dir]", "desc") order_by = request.GET.get("columns[%s][data][sort]" % column_index, "name_raw") # translate datatable to DB columns order_by = column_map.get(order_by) or order_by search_q = request.GET.get("search[value]") return search_q, order_by, order_dir def _extract_chunk(self, request): start = safe_int(request.GET.get("start"), 0) length = safe_int(request.GET.get("length"), 25) draw = safe_int(request.GET.get("draw")) return draw, start, length def _get_order_col(self, order_by, model): if isinstance(order_by, str): try: return operator.attrgetter(order_by)(model) except AttributeError: return None else: return order_by class BaseReferencesView(RepoAppView): """ Base for reference view for branches, tags and bookmarks. """ def load_default_context(self): c = self._get_local_tmpl_context() return c def load_refs_context(self, ref_items, partials_template): _render = self.request.get_partial_renderer(partials_template) pre_load = ["author", "date", "message", "parents"] is_svn = h.is_svn(self.rhodecode_vcs_repo) is_hg = h.is_hg(self.rhodecode_vcs_repo) format_ref_id = get_format_ref_id(self.rhodecode_vcs_repo) closed_refs = {} if is_hg: closed_refs = self.rhodecode_vcs_repo.branches_closed data = [] for ref_name, commit_id in ref_items: commit = self.rhodecode_vcs_repo.get_commit( commit_id=commit_id, pre_load=pre_load ) closed = ref_name in closed_refs # TODO: johbo: Unify generation of reference links use_commit_id = "/" in ref_name or is_svn if use_commit_id: files_url = h.route_path( "repo_files", repo_name=self.db_repo_name, f_path=ref_name if is_svn else "", commit_id=commit_id, _query=dict(at=ref_name), ) else: files_url = h.route_path( "repo_files", repo_name=self.db_repo_name, f_path=ref_name if is_svn else "", commit_id=ref_name, _query=dict(at=ref_name), ) data.append( { "name": _render("name", ref_name, files_url, closed), "name_raw": ref_name, "closed": closed, "date": _render("date", commit.date), "date_raw": datetime_to_time(commit.date), "author": _render("author", commit.author), "commit": _render( "commit", commit.message, commit.raw_id, commit.idx ), "commit_raw": commit.idx, "compare": _render( "compare", format_ref_id(ref_name, commit.raw_id) ), } ) return data class RepoRoutePredicate(object): def __init__(self, val, config): self.val = val def text(self): return f"repo_route = {self.val}" phash = text def __call__(self, info, request): if hasattr(request, "vcs_call"): # skip vcs calls return repo_name = info["match"]["repo_name"] repo_name_parts = repo_name.split("/") repo_slugs = [x for x in (repo_name_slug(x) for x in repo_name_parts)] if repo_name_parts != repo_slugs: # short-skip if the repo-name doesn't follow slug rule log.warning( "repo_name: %s is different than slug %s", repo_name_parts, repo_slugs ) return False repo_model = repo.RepoModel() by_name_match = repo_model.get_by_repo_name(repo_name, cache=False) def redirect_if_creating(route_info, db_repo): skip_views = ["edit_repo_advanced_delete"] route = route_info["route"] # we should skip delete view so we can actually "remove" repositories # if they get stuck in creating state. if route.name in skip_views: return if db_repo.repo_state in [repo.Repository.STATE_PENDING]: repo_creating_url = request.route_path( "repo_creating", repo_name=db_repo.repo_name ) raise HTTPFound(repo_creating_url) if by_name_match: # register this as request object we can re-use later request.db_repo = by_name_match request.db_repo_name = request.db_repo.repo_name redirect_if_creating(info, by_name_match) return True by_id_match = repo_model.get_repo_by_id(repo_name) if by_id_match: request.db_repo = by_id_match request.db_repo_name = request.db_repo.repo_name redirect_if_creating(info, by_id_match) return True return False class RepoForbidArchivedRoutePredicate(object): def __init__(self, val, config): self.val = val def text(self): return f"repo_forbid_archived = {self.val}" phash = text def __call__(self, info, request): _ = request.translate rhodecode_db_repo = request.db_repo log.debug( "%s checking if archived flag for repo for %s", self.__class__.__name__, rhodecode_db_repo.repo_name, ) if rhodecode_db_repo.archived: log.warning( "Current view is not supported for archived repo:%s", rhodecode_db_repo.repo_name, ) h.flash( h.literal(_("Action not supported for archived repository.")), category="warning", ) summary_url = request.route_path( "repo_summary", repo_name=rhodecode_db_repo.repo_name ) raise HTTPFound(summary_url) return True class RepoTypeRoutePredicate(object): def __init__(self, val, config): self.val = val or ["hg", "git", "svn"] def text(self): return f"repo_accepted_type = {self.val}" phash = text def __call__(self, info, request): if hasattr(request, "vcs_call"): # skip vcs calls return rhodecode_db_repo = request.db_repo log.debug( "%s checking repo type for %s in %s", self.__class__.__name__, rhodecode_db_repo.repo_type, self.val, ) if rhodecode_db_repo.repo_type in self.val: return True else: log.warning( "Current view is not supported for repo type:%s", rhodecode_db_repo.repo_type, ) return False class RepoGroupRoutePredicate(object): def __init__(self, val, config): self.val = val def text(self): return f"repo_group_route = {self.val}" phash = text def __call__(self, info, request): if hasattr(request, "vcs_call"): # skip vcs calls return repo_group_name = info["match"]["repo_group_name"] repo_group_name_parts = repo_group_name.split("/") repo_group_slugs = [ x for x in [repo_name_slug(x) for x in repo_group_name_parts] ] if repo_group_name_parts != repo_group_slugs: # short-skip if the repo-name doesn't follow slug rule log.warning( "repo_group_name: %s is different than slug %s", repo_group_name_parts, repo_group_slugs, ) return False repo_group_model = repo_group.RepoGroupModel() by_name_match = repo_group_model.get_by_group_name(repo_group_name, cache=False) if by_name_match: # register this as request object we can re-use later request.db_repo_group = by_name_match request.db_repo_group_name = request.db_repo_group.group_name return True return False class UserGroupRoutePredicate(object): def __init__(self, val, config): self.val = val def text(self): return f"user_group_route = {self.val}" phash = text def __call__(self, info, request): if hasattr(request, "vcs_call"): # skip vcs calls return user_group_id = info["match"]["user_group_id"] user_group_model = user_group.UserGroup() by_id_match = user_group_model.get(user_group_id, cache=False) if by_id_match: # register this as request object we can re-use later request.db_user_group = by_id_match return True return False class UserRoutePredicateBase(object): supports_default = None def __init__(self, val, config): self.val = val def text(self): raise NotImplementedError() def __call__(self, info, request): if hasattr(request, "vcs_call"): # skip vcs calls return user_id = info["match"]["user_id"] user_model = user.User() by_id_match = user_model.get(user_id, cache=False) if by_id_match: # register this as request object we can re-use later request.db_user = by_id_match request.db_user_supports_default = self.supports_default return True return False class UserRoutePredicate(UserRoutePredicateBase): supports_default = False def text(self): return f"user_route = {self.val}" phash = text class UserRouteWithDefaultPredicate(UserRoutePredicateBase): supports_default = True def text(self): return f"user_with_default_route = {self.val}" phash = text def includeme(config): config.add_route_predicate("repo_route", RepoRoutePredicate) config.add_route_predicate("repo_accepted_types", RepoTypeRoutePredicate) config.add_route_predicate( "repo_forbid_when_archived", RepoForbidArchivedRoutePredicate ) config.add_route_predicate("repo_group_route", RepoGroupRoutePredicate) config.add_route_predicate("user_group_route", UserGroupRoutePredicate) config.add_route_predicate("user_route_with_default", UserRouteWithDefaultPredicate) config.add_route_predicate("user_route", UserRoutePredicate)