zrequire("unread"); zrequire("stream_data"); zrequire("stream_topic_history"); set_global("channel", {}); set_global("message_list", {}); run_test("basics", () => { const stream_id = 55; stream_topic_history.add_message({ stream_id, message_id: 101, topic_name: "toPic1", }); let history = stream_topic_history.get_recent_topic_names(stream_id); let max_message_id = stream_topic_history.get_max_message_id(stream_id); assert.deepEqual(history, ["toPic1"]); assert.deepEqual(max_message_id, 101); stream_topic_history.add_message({ stream_id, message_id: 102, topic_name: "Topic1", }); history = stream_topic_history.get_recent_topic_names(stream_id); max_message_id = stream_topic_history.get_max_message_id(stream_id); assert.deepEqual(history, ["Topic1"]); assert.deepEqual(max_message_id, 102); stream_topic_history.add_message({ stream_id, message_id: 103, topic_name: "topic2", }); history = stream_topic_history.get_recent_topic_names(stream_id); max_message_id = stream_topic_history.get_max_message_id(stream_id); assert.deepEqual(history, ["topic2", "Topic1"]); assert.deepEqual(max_message_id, 103); // Removing first topic1 message has no effect. stream_topic_history.remove_messages({ stream_id, topic_name: "toPic1", num_messages: 1, }); history = stream_topic_history.get_recent_topic_names(stream_id); assert.deepEqual(history, ["topic2", "Topic1"]); // Removing a topic message shouldn't effect the max_message_id. max_message_id = stream_topic_history.get_max_message_id(stream_id); assert.deepEqual(max_message_id, 103); // Removing second topic1 message removes the topic. stream_topic_history.remove_messages({ stream_id, topic_name: "Topic1", num_messages: 1, }); history = stream_topic_history.get_recent_topic_names(stream_id); assert.deepEqual(history, ["topic2"]); // Test that duplicate remove does not crash us. stream_topic_history.remove_messages({ stream_id, topic_name: "Topic1", num_messages: 1, }); history = stream_topic_history.get_recent_topic_names(stream_id); assert.deepEqual(history, ["topic2"]); // get to 100% coverage for defensive code stream_topic_history.remove_messages({ stream_id: 9999999, num_messages: 1, }); }); run_test("is_complete_for_stream_id", () => { const sub = { name: "devel", stream_id: 444, first_message_id: 1000, }; stream_data.add_sub(sub); message_list.all = { empty: () => false, data: { fetch_status: { has_found_newest: () => true, }, }, first: () => ({id: 5}), }; assert.equal(stream_topic_history.is_complete_for_stream_id(sub.stream_id), true); // Now simulate a more recent message id. message_list.all.first = () => ({id: sub.first_message_id + 1}); // Note that we'll return `true` here due to // fetched_stream_ids having the stream_id now. assert.equal(stream_topic_history.is_complete_for_stream_id(sub.stream_id), true); // But now clear the data to see what we'd have without // the previous call. stream_topic_history.reset(); assert.equal(stream_topic_history.is_complete_for_stream_id(sub.stream_id), false); }); run_test("server_history", () => { const sub = { name: "devel", stream_id: 66, }; const stream_id = sub.stream_id; stream_data.add_sub(sub); message_list.all.data.fetch_status.has_found_newest = () => false; assert.equal(stream_topic_history.is_complete_for_stream_id(stream_id), false); stream_topic_history.add_message({ stream_id, message_id: 501, topic_name: "local", }); function add_server_history() { stream_topic_history.add_history(stream_id, [ {name: "local", max_id: 501}, {name: "hist2", max_id: 31}, {name: "hist1", max_id: 30}, ]); } add_server_history(); // Since we added history, now subsequent calls // to is_complete_for_stream_id will return true. assert.equal(stream_topic_history.is_complete_for_stream_id(stream_id), true); let history = stream_topic_history.get_recent_topic_names(stream_id); assert.deepEqual(history, ["local", "hist2", "hist1"]); // If new activity comes in for historical messages, // they can bump to the front of the list. stream_topic_history.add_message({ stream_id, message_id: 502, topic_name: "hist1", }); history = stream_topic_history.get_recent_topic_names(stream_id); assert.deepEqual(history, ["hist1", "local", "hist2"]); // server history is allowed to backdate hist1 add_server_history(); history = stream_topic_history.get_recent_topic_names(stream_id); assert.deepEqual(history, ["local", "hist2", "hist1"]); // Removing a local message removes the topic if we have // our counts right. stream_topic_history.remove_messages({ stream_id, topic_name: "local", num_messages: 1, }); history = stream_topic_history.get_recent_topic_names(stream_id); assert.deepEqual(history, ["hist2", "hist1"]); // We can try to remove a historical message, but it should // have no effect. stream_topic_history.remove_messages({ stream_id, topic_name: "hist2", num_messages: 1, }); history = stream_topic_history.get_recent_topic_names(stream_id); assert.deepEqual(history, ["hist2", "hist1"]); // If we call back to the server for history, the // effect is always additive. We may decide to prune old // topics in the future, if they dropped off due to renames, // but that is probably an edge case we can ignore for now. stream_topic_history.add_history(stream_id, [ {name: "hist2", max_id: 931}, {name: "hist3", max_id: 5}, ]); history = stream_topic_history.get_recent_topic_names(stream_id); assert.deepEqual(history, ["hist2", "hist1", "hist3"]); }); run_test("test_unread_logic", () => { const stream_id = 77; stream_topic_history.add_message({ stream_id, message_id: 201, topic_name: "toPic1", }); stream_topic_history.add_message({ stream_id, message_id: 45, topic_name: "topic2", }); let history = stream_topic_history.get_recent_topic_names(stream_id); assert.deepEqual(history, ["toPic1", "topic2"]); const msgs = [ {id: 150, topic: "TOPIC2"}, // will be ignored {id: 61, topic: "unread1"}, {id: 60, topic: "unread1"}, {id: 20, topic: "UNREAD2"}, ]; for (const msg of msgs) { msg.type = "stream"; msg.stream_id = stream_id; msg.unread = true; } unread.process_loaded_messages(msgs); history = stream_topic_history.get_recent_topic_names(stream_id); assert.deepEqual(history, ["toPic1", "unread1", "topic2", "UNREAD2"]); }); run_test("test_stream_has_topics", () => { const stream_id = 88; assert.equal(stream_topic_history.stream_has_topics(stream_id), false); stream_topic_history.find_or_create(stream_id); // This was a bug before--just creating a bucket does not // mean we have actual topics. assert.equal(stream_topic_history.stream_has_topics(stream_id), false); stream_topic_history.add_message({ stream_id, message_id: 888, topic_name: "whatever", }); assert.equal(stream_topic_history.stream_has_topics(stream_id), true); }); run_test("server_history_end_to_end", () => { stream_topic_history.reset(); const stream_id = 99; const topics = [ {name: "topic3", max_id: 501}, {name: "topic2", max_id: 31}, {name: "topic1", max_id: 30}, ]; let get_success_callback; let on_success_called; channel.get = function (opts) { assert.equal(opts.url, "/json/users/me/99/topics"); assert.deepEqual(opts.data, {}); get_success_callback = opts.success; }; stream_topic_history.get_server_history(stream_id, () => { on_success_called = true; }); get_success_callback({topics}); assert(on_success_called); const history = stream_topic_history.get_recent_topic_names(stream_id); assert.deepEqual(history, ["topic3", "topic2", "topic1"]); // Try getting server history for a second time. channel.get = () => { throw Error("We should not get more data."); }; on_success_called = false; stream_topic_history.get_server_history(stream_id, () => { on_success_called = true; }); assert(on_success_called); });