#!/usr/bin/python import unittest from mock import Mock from testutils import setup_test_env setup_test_env() from softwarecenter.ui.gtk3.session.navhistory import ( NavigationHistory, NavigationItem) from softwarecenter.ui.gtk3.panes.softwarepane import DisplayState from softwarecenter.ui.gtk3.panes.availablepane import AvailablePane from softwarecenter.db.categories import Category class MockButton(): def __init__(self): self.sensitive = True def set_sensitive(self, val): self.sensitive = val def has_focus(self): return False class TestNavhistory(unittest.TestCase): """ basic tests for navigation history """ def _get_boring_stuff(self): # mock button back_forward_btn = Mock() back_forward_btn.right = MockButton() back_forward_btn.left = MockButton() # mock options options = Mock() options.display_navlog = False # create navhistory navhistory = NavigationHistory(back_forward_btn, options) # mock view manager view_manager = Mock() view_manager.navhistory = navhistory # create a NavHistory pane = Mock() pane.pane_name = "pane_name" return back_forward_btn, options, navhistory, view_manager, pane def test_nav_history(self): (back_forward_btn, options, navhistory, view_manager, pane) = self._get_boring_stuff() # first we must initialize the NavHistory with the equivalent of the initial category view item = NavigationItem(view_manager, pane, "cat_page", "cat_state", "cb") navhistory.append(item) item = NavigationItem(view_manager, pane, "a_page", "a_state", "cb") # add a new item and ensure that the button is now sensitive navhistory.append(item) self.assertFalse(back_forward_btn.right.sensitive) self.assertTrue(back_forward_btn.left.sensitive) # navigate back navhistory.nav_back() self.assertTrue(back_forward_btn.right.sensitive) self.assertFalse(back_forward_btn.left.sensitive) # navigate forward navhistory.nav_forward() self.assertFalse(back_forward_btn.right.sensitive) self.assertTrue(back_forward_btn.left.sensitive) # and reset navhistory.reset() self.assertFalse(back_forward_btn.right.sensitive) self.assertFalse(back_forward_btn.left.sensitive) self.assertEqual(len(navhistory.stack), 0) def test_navhistory_lobby_search_then_clear(self): (back_forward_btn, options, navhistory, view_manager, pane) = self._get_boring_stuff() # first we must initialize the NavHistory with the equivalent of the initial category view # NnavigationItem(view_manager, pane, page, view_state, callback) item = NavigationItem(view_manager, pane, AvailablePane.Pages.LOBBY, DisplayState(), "cb") navhistory.append(item) # append equivalent of a typed search dstate = DisplayState() dstate.search_term = "chess" item = NavigationItem(view_manager, pane, AvailablePane.Pages.LIST, dstate, "cb") navhistory.append(item) self.assertTrue(back_forward_btn.left.sensitive) self.assertFalse(back_forward_btn.right.sensitive) # simulate the user clearing the search entry dstate = DisplayState() dstate.search_term = "" item = NavigationItem(view_manager, pane, AvailablePane.Pages.LOBBY, dstate, "cb") navhistory.append(item) self.assertFalse(back_forward_btn.left.sensitive) self.assertFalse(back_forward_btn.right.sensitive) def test_navhistory_cat_search_then_clear(self): (back_forward_btn, options, navhistory, view_manager, pane) = self._get_boring_stuff() # first we must initialize the NavHistory with the equivalent of the initial category view # NnavigationItem(view_manager, pane, page, view_state, callback) item = NavigationItem(view_manager, pane, AvailablePane.Pages.LOBBY, DisplayState(), "cb") navhistory.append(item) # simulate Accessories category LIST dstate = DisplayState() dstate.category = Category('accessories', 'Accessories', 'iconname', 'query') item = NavigationItem(view_manager, pane, AvailablePane.Pages.LIST, dstate, "cb") navhistory.append(item) # displaying the Accessories LIST self.assertTrue(len(navhistory.stack) == 2) self.assertTrue(back_forward_btn.left.sensitive) self.assertFalse(back_forward_btn.right.sensitive) # simulate a user search dstate = DisplayState() dstate.category = Category('accessories', 'Accessories', 'iconname', 'query') dstate.search_term = "chess" item = NavigationItem(view_manager, pane, AvailablePane.Pages.LIST, dstate, "cb") navhistory.append(item) # should be displaying the search results for Accessories self.assertTrue(back_forward_btn.left.sensitive) self.assertFalse(back_forward_btn.right.sensitive) self.assertTrue(len(navhistory.stack) == 3) # simulate a user clearing the search dstate = DisplayState() dstate.category = Category('accessories', 'Accessories', 'iconname', 'query') dstate.search_term = "" item = NavigationItem(view_manager, pane, AvailablePane.Pages.LIST, dstate, "cb") navhistory.append(item) self.assertTrue(back_forward_btn.left.sensitive) self.assertFalse(back_forward_btn.right.sensitive) # should be returned to the Accessories list view self.assertTrue(len(navhistory.stack) == 2) def test_navhistory_subcat_search_then_clear(self): (back_forward_btn, options, navhistory, view_manager, pane) = self._get_boring_stuff() # first we must initialize the NavHistory with the equivalent of the initial category view # NnavigationItem(view_manager, pane, page, view_state, callback) item = NavigationItem(view_manager, pane, AvailablePane.Pages.LOBBY, DisplayState(), "cb") navhistory.append(item) board_games = Category('board-games', 'Board Games', 'iconname', 'query') games = Category('games', 'Games', 'iconname', 'query', subcategories=[board_games,]) # simulate Games category (with subcats) dstate = DisplayState() dstate.category = games item = NavigationItem(view_manager, pane, AvailablePane.Pages.SUBCATEGORY, dstate, "cb") navhistory.append(item) # displaying the Games SUBCATEGORY self.assertTrue(len(navhistory.stack) == 2) self.assertTrue(back_forward_btn.left.sensitive) self.assertFalse(back_forward_btn.right.sensitive) # simulate Board Games subcategory LIST dstate = DisplayState() dstate.category = games dstate.subcategory = board_games item = NavigationItem(view_manager, pane, AvailablePane.Pages.LIST, dstate, "cb") navhistory.append(item) # displaying the Accessories LIST self.assertTrue(len(navhistory.stack) == 3) self.assertTrue(back_forward_btn.left.sensitive) self.assertFalse(back_forward_btn.right.sensitive) # simulate a user search within subcat dstate = DisplayState() dstate.category = games dstate.subcategory = board_games dstate.search_term = "chess" item = NavigationItem(view_manager, pane, AvailablePane.Pages.LIST, dstate, "cb") navhistory.append(item) # should be displaying the search results for Accessories self.assertTrue(back_forward_btn.left.sensitive) self.assertFalse(back_forward_btn.right.sensitive) self.assertTrue(len(navhistory.stack) == 4) # simulate a user clearing the search dstate = DisplayState() dstate.category = games dstate.subcategory = board_games dstate.search_term = "" item = NavigationItem(view_manager, pane, AvailablePane.Pages.LIST, dstate, "cb") navhistory.append(item) # should be returned to the Board Games LIST view self.assertTrue(back_forward_btn.left.sensitive) self.assertFalse(back_forward_btn.right.sensitive) self.assertTrue(len(navhistory.stack) == 3) # verify that navhistory item 2 is LIST page self.assertTrue(navhistory.stack[2].page == AvailablePane.Pages.LIST) # verify that navhistory item 1 is SUBCATEGORY page self.assertTrue(navhistory.stack[1].page == AvailablePane.Pages.SUBCATEGORY) # verify that navhistory item 0 is LOBBY page self.assertTrue(navhistory.stack[0].page == AvailablePane.Pages.LOBBY) if __name__ == "__main__": import logging logging.basicConfig(level=logging.DEBUG) unittest.main()