Kieran
4dd9d837a3
* Updated package.json (and made an excuse to make a branch) * Video filepath parser (#6) * Restructured files; Added parser placeholder * More restructuring * Added basic parser for hydrating template strings * Improved docs * More docs * Initial implementation of media profiles (#7) * [WIP] Added basic video download method * [WIP] Very-WIP first steps at parsing options and downloading * Made my options safe by default and removed special safe versions * Ran html generator for mediaprofile model - leaving as-is for now * Addressed a bunch of TODO comments * Add "channel" type Media Source (#8) * [WIP] Working on fetching channel metadata in yt-dlp backend * Finished first draft of methods to do with querying channels * Renamed CommandRunnerMock to have a more descriptive name * Ran the phx generator for the channel model * Renamed Downloader namespace to MediaClient * [WIP] saving before attempting LiveView * LiveView did not work out but here's a working controller how about * Index a channel (#9) * Ran a MediaItem generator; Reformatted to my liking * [WIP] added basic index function * setup oban * Added basic Oban job for indexing * Added in workers for indexing; hooked them into record creation flow * Added a task model with a phx generator * Tied together tasks with jobs and channels * Download indexed videos (#10) * Clarified documentation * more comments * [WIP] hooked up basic video downloading; starting work on metadata * Added metadata model and parsing Adding the metadata model made me realize that, in many cases, yt-dlp returns undesired input in stdout, breaking parsing. In order to get the metadata model working, I had to change the way in which the app interacts with yt-dlp. Now, output is written as a file to disk which is immediately re-read and returned. * Added tests for video download worker * Hooked up video downloading to the channel indexing pipeline * Adds tasks for media items * Updated video metadata parser to extract the title * Ran linting
46 lines
1.4 KiB
Elixir
46 lines
1.4 KiB
Elixir
defmodule Pinchflat.Tasks.ChannelTasksTest do
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use Pinchflat.DataCase
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import Pinchflat.TasksFixtures
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import Pinchflat.MediaSourceFixtures
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alias Pinchflat.Tasks.Task
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alias Pinchflat.Tasks.ChannelTasks
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alias Pinchflat.Workers.MediaIndexingWorker
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describe "kickoff_indexing_task/1" do
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test "it does not schedule a job if the interval is <= 0" do
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channel = channel_fixture(index_frequency_minutes: -1)
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assert {:ok, :should_not_index} = ChannelTasks.kickoff_indexing_task(channel)
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refute_enqueued(worker: MediaIndexingWorker, args: %{"id" => channel.id})
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end
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test "it schedules a job if the interval is > 0" do
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channel = channel_fixture(index_frequency_minutes: 1)
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assert {:ok, _} = ChannelTasks.kickoff_indexing_task(channel)
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assert_enqueued(worker: MediaIndexingWorker, args: %{"id" => channel.id})
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end
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test "it creates and attaches a task if the interval is > 0" do
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channel = channel_fixture(index_frequency_minutes: 1)
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assert {:ok, %Task{} = task} = ChannelTasks.kickoff_indexing_task(channel)
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assert task.channel_id == channel.id
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end
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test "it deletes any pending tasks for the channel" do
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channel = channel_fixture()
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task = task_fixture(channel_id: channel.id)
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assert {:ok, _} = ChannelTasks.kickoff_indexing_task(channel)
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assert_raise Ecto.NoResultsError, fn -> Repo.reload!(task) end
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end
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end
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end
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