DemonGatanjieuandClaude Opus 5.5
b368a4fb35
Follow-ups hang one step in under the first task of their line, so the list shows what goes on from what; a filter's tasks still show alone. Each row has the head's menu, without opening the task. Removing a task joins those after it to the one before. The pick list now stands over everything at the place the menu opened: the head is drawn anew under an open menu. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
56 lines
3.0 KiB
Python
56 lines
3.0 KiB
Python
"""Tasks that go on from one another (ai_task_links.py): kept when an AI begins a new task while on
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another and when the user starts one from a task, changed or taken off by the user, never a loop,
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and an AI beginning the next task hears what was decided in the one before."""
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import unittest
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from test_ai_tasks import isolate
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from api import ai_task_links, ai_tasks, mcp_task_tools
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class LinkTests(unittest.TestCase):
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def setUp(self):
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isolate()
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self.ctx = {"client": "A", "session": "s1"}
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def test_a_new_task_goes_on_from_the_one_the_ai_was_on_and_hears_its_decisions(self):
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first = mcp_task_tools.begin_task(self.ctx, "海边少女")["task"]
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mcp_task_tools.log_decision({**self.ctx, "task": first}, "构图", "竖图")
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second = mcp_task_tools.begin_task(self.ctx, "换成夜景", new_task=True)
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self.assertEqual(ai_tasks.get_task(second["task"])["from"], first)
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self.assertEqual(second["continues"]["task"], first)
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self.assertIn("构图: 竖图", second["continues"]["decisions"])
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self.assertEqual(ai_task_links.links(first)["next"], [{"id": second["task"], "title": "换成夜景"}])
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self.assertEqual(ai_task_links.links(second["task"])["from"], {"id": first, "title": "海边少女"})
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self.assertEqual(ai_tasks.list_tasks()[0]["from"], first)
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def test_the_user_starts_links_and_unlinks_but_never_in_a_loop(self):
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one = ai_tasks.begin_task("A", "一")["id"]
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two = ai_tasks.start_task("二", from_task=one)["id"]
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self.assertEqual(ai_tasks.begin_task("B", "二")["id"], two, "an AI takes the task the user started")
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self.assertEqual(ai_tasks.get_task(two)["from"], one)
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three = ai_tasks.start_task("三", from_task="gone")["id"]
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self.assertNotIn("from", ai_tasks.get_task(three))
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ai_task_links.set_from(three, two)
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with self.assertRaises(ai_task_links.LinkError):
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ai_task_links.set_from(one, three) # one → three → two → one would loop
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with self.assertRaises(ai_task_links.LinkError):
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ai_task_links.set_from(one, one)
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ai_task_links.set_from(three, None)
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self.assertIsNone(ai_task_links.links(three)["from"])
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self.assertIsNone(ai_task_links.carried(ai_tasks.get_task(one)))
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def test_removing_a_task_leaves_no_gap_in_the_line(self):
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one = ai_tasks.begin_task("A", "一")["id"]
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two = ai_tasks.start_task("二", from_task=one)["id"]
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ai_tasks.begin_task("B", "二") # taken by an AI: a new waiting task would replace it
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three = ai_tasks.start_task("三", from_task=two)["id"]
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self.assertTrue(ai_task_links.remove(two))
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self.assertEqual(ai_tasks.get_task(three)["from"], one, "the line goes on past the removed task")
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self.assertTrue(ai_task_links.remove(one))
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self.assertNotIn("from", ai_tasks.get_task(three), "the first of a line leaves none to go on from")
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self.assertFalse(ai_task_links.remove("gone"))
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if __name__ == "__main__":
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unittest.main()
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